Anvilex_Library.h File Reference

Anvilex library header file. More...

#include "Defines.h"

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Functions
BOOL	Decode_Hex_Buffer (C8 *c8_Input_Buffer, U8 *u8_Output_Buffer, U16 u16_Input_Size, U16 u16_Output_Size)
	Decode hex string to 8 bit unsigned integer representation. More...
BOOL	Is_Integer (C8 *c8_Input_String)
	Check input string for integer representation. More...
BOOL	Is_Float (C8 *c8_Input_String)
	Check input string for floating point representation. More...
BOOL	Is_Hex (C8 *c8_Input_String)
	Check input string for hexadecimal representation. More...
BOOL	Is_Odd (U32 u32_Value)
	Check for input 32-bit unsigned value is odd. More...
BOOL	Is_Even (U32 u32_Value)
	Check for input 32-bit unsigned value is even. More...
BOOL	Convert_U8_To_S7 (U8 u8_Input_Value, S7 *s7_Output_Value)
	Convert 8 bit unsigned integer (U8) to 7-segment indicator code (S7) More...
BOOL	Convert_C8_To_S7 (C8 c8_Input_Value, S7 *s7_Output_Value)
	Convert 8 bit chaaracter (C8) to 7-segment indicator code (S7) More...
BOOL	Convert_C8_To_S7 (C8 c8_Input_Value, BOOL bool_Decimal_Point, S7 *s7_Output_Value)
	Convert 8 bit character (C8) to 7-segment indicator code (S7) and insert decomal point information. More...
VOID	Convert_U16_To_S7_String (U16 u16_Input_Value, S7 *s7_Output_String)
	Convert 16 bit unsigned integer (U16) to 7-segment indicator code (S7) string. More...
U8	Byte_To_BCD2 (U8 u8_Value)
	Convert 8 bit-unsigned integer value (U8) to two digit BCD2 code (U8) More...
U8	BCD2_To_Byte (U8 u8_Value)
	Convert two digit BCD2 code (U8) to 8-bit unsigned integer value (U8) More...
U8	Hex_To_U8 (C8 c8_Value)
C8	Low_Nibble_To_Hex (U8 u8_Value)
C8	High_Nibble_To_Hex (U8 u8_Value)
U8	Bit_Swap (U8 u8_Value)
	Bit swaping. More...
U16	Swap_Bytes_U16 (U16 u16_Value)
U32	Swap_Bytes_U32 (U32 u16_Value)
U64	Swap_Bytes_U64 (U64 u64_Value)
BOOL	Is_Bit_Set (U16 u16_Value, U8 u8_Index)
U16	Convert_U32_To_U16_Satureted (U32 u32_Input_Value)
	Convert 32-bit unsigned integer number (U32) to 16-bit unsigned indeger number (U16) with saturation at the bounds of datatype. More...
U16	Convert_U64_To_U16_Satureted (U64 u64_Input_Value)
	Convert 64-bit unsigned integer number (U64) to 16-bit unsigned indeger number (U16) with saturation at the bounds of datatype. More...
I16	Convert_F32_To_Saturated_I16 (F32 f32_Input_Value)
	Convert 32-bit floating point number (F32) to 16-bit signed indeger number (I16) with saturation at the bounds of datatype. More...
U16	Convert_F32_To_Saturated_U16 (F32 f32_Input_Value)
	Convert 32 bit floating point number (F32) to 16 bit unsigned indeger number (U16) with saturation at the bounds of datatype. More...
VOID	Split_U32 (U32 u32_Input_Value, U16 *u16_Output_1, U16 *u16_Output_0)
U16	Compose_U16 (U8 u8_Input_Byte_1, U8 u8_Input_Byte_0)
	Compose U16 value from U8 values. More...
U32	Compose_U32 (U8 u8_Input_Byte_3, U8 u8_Input_Byte_2, U8 u8_Input_Byte_1, U8 u8_Input_Byte_0)
	Compose U32 value from U8 values. More...
U32	Compose_U32 (U16 u16_Input_1, U16 u16_Input_0)
	Compose U32 value from U16 values. More...
U64	Compose_U64 (U16 u16_Input_3, U16 u16_Input_2, U16 u16_Input_1, U16 u16_Input_0)
	Compose U64 value from U16 values. More...
U64	Compose_U64 (U32 u32_Input_1, U32 u32_Input_0)
	Compose U64 value from U32 values. More...
F32	Compose_F32 (U8 u8_Input_Byte_3, U8 u8_Input_Byte_2, U8 u8_Input_Byte_1, U8 u8_Input_Byte_0)
	Compose F32 value from U8 values. More...
U8	Extract_U8_From_U16 (U16 u16_Value, U8 u8_Index)
	Extract U8 value from U16 value. More...
U8	Extract_U8_From_U32 (U32 u32_Value, U8 u8_Index)
	Extract U8 value from U32 value. More...
U16	Extract_U16_From_U32 (U32 u32_Value, U8 u8_Index)
	Extract U16 value from U32 value. More...
U8	Extract_U8_From_F32 (F32 f32_Value, U8 u8_Index)
	Extract U8 value from F32 value. More...
U8	Extract_U8_From_I8 (I8 i8_Value)
	Extract U8 value from I8 value. More...
U8	Extract_U8_From_I16 (I16 i16_Value, U8 u8_Index)
	Extract U8 value from I16 value. More...
U8	Extract_U8_From_I32 (I32 i32_Value, U8 u8_Index)
	Extract U8 value from I32 value. More...
BOOL	Increment_Saturated (U8 *u8_Value)
BOOL	Increment_Saturated (U8 *u8_Value, U8 u8_Saturation)
BOOL	Increment_Saturated (U16 *u16_Value)
BOOL	Increment_Saturated (U16 *u16_Value, U16 u16_Saturation)
BOOL	Increment_Saturated (U32 *u32_Value)
BOOL	Increment_Saturated (U32 *u32_Value, U32 u32_Saturation)
BOOL	Increment_Saturated (U64 *u64_Value)
BOOL	Increment_Saturated (U64 *u64_Value, U64 u64_Saturation)
BOOL	Increment_Saturated (F32 *f32_Value, F32 f32_Step, F32 f32_Saturation)
BOOL	Decrement_Saturated (U8 *u8_Value)
BOOL	Decrement_Saturated (U8 *u8_Value, U8 u8_Saturation)
BOOL	Decrement_Saturated (U16 *u16_Value)
BOOL	Decrement_Saturated (U16 *u16_Value, U16 u16_Saturation)
BOOL	Decrement_Saturated (U32 *u32_Value)
BOOL	Decrement_Saturated (U32 *u32_Value, U32 u32_Saturation)
BOOL	Decrement_Saturated (F32 *f32_Value, F32 f32_Step, F32 f32_Saturation)
BOOL	Increment_Overflowed (U8 *u8_Value, U8 u8_Maximal_Value)
BOOL	Increment_Overflowed (U16 *u16_Value, U16 u16_Maximal_Value)
BOOL	Increment_Overflowed (U32 *u32_Value, U32 u32_Maximal_Value)
BOOL	Increment_Overflowed (F32 *f32_Value, F32 f32_Step, F32 f32_Initial, F32 f32_Saturation)
U8	Maximum_U8 (U8 u8_Value_1, U8 u8_Value_2)
	Return maximum value from two U8 values. More...
U16	Maximum_U16 (U16 u16_Value_1, U16 u16_Value_2)
	Return maximum value from two U16 values. More...
U32	Maximum_U32 (U32 u32_Value_1, U32 u32_Value_2)
	Return maximum value from two U32 values. More...
U64	Maximum_U64 (U64 u64_Value_1, U64 u64_Value_2)
	Return maximum value from two U64 values. More...
BOOL	Is_In_Range_Less_Greater (U16 u16_Value, U16 u16_Low_Bounds, U16 u16_High_Bounds)
BOOL	Is_In_Range_Less_Greater (U64 u64_Value, U64 u64_Low_Bounds, U64 u64_High_Bounds)
BOOL	Is_In_Range_Less_Greater (F32 f32_Value, F32 f32_Low_Bounds, F32 f32_High_Bounds)
VOID	Seconds_To_HMS (U32 u32_Time, U32 *u32_Hours, U32 *u32_Minutes, U32 *u32_Seconds)
VOID	Limit_Low_High_F32 (F32 &f32_Value, F32 f32_Lower_Limit, F32 f32_Upper_Limit)
	Limit F32 value to lower or upper limit. More...
VOID	Limit_Low_High_I32 (I32 &i32_Value, I32 i32_Lower_Limit, I32 i32_Upper_Limit)
	Limit I32 value to lower or upper limit. More...
U8	String_To_U8 (C8 *c8_Value)
	Convert hexal string to U8 value. More...
U16	String_To_U16 (C8 *c8_Value)
	Convert hexal string to U16 value. More...
U32	String_To_U32 (C8 *c8_Value)
	Convert hexal string to U32 value. More...
U64	String_To_U64 (C8 *c8_Value)
	Convert hexal string to U64 value. More...
U32	String_Length (C8 *c8_Value)
	Calculate lengthnof the null terminated string. More...
BOOL	Is_Hex_Digit (C8 c8_Value)
VOID	U8_To_Hex_String (C8 *c8_String, U8 u8_Value)
VOID	U16_To_Hex_String (C8 *c8_String, U16 u16_Value)
VOID	U32_To_Hex_String (C8 *c8_String, U32 u32_Value)
VOID	U64_To_Hex_String (C8 *c8_String, U64 u64_Value)
U32	Get_String_Chunk_Count (C8 *c8_Input_String, C8 c8_Delimiter)
VOID	Get_String_Chunk (C8 *c8_Chunk_String, C8 *c8_Input_String, C8 c8_Delimiter, U32 u32_Chunk_Index)

Detailed Description

Anvilex library header file.

Copyright

(C) 2004-2020 ANVILEX LLC

Attention

No special attention requered. $HeadURL: https://192.168.3.4:8443/svn/P004_07/ConOpSys/Common/Anvilex_Library.h $

Revision

2765

Date

2021-07-04 04:32:25 +0500 (So, 04 Jul 2021)

Author

minch

Function Documentation

BCD2_To_Byte()

U8 BCD2_To_Byte

(

U8

u8_Value

)

Convert two digit BCD2 code (U8) to 8-bit unsigned integer value (U8)

Note

None

Parameters

[in]

u8_Value

Input two digit BCD2 code value

Returns

Two digit BCD code

Attention

Input value not checked for valid range

Bit_Swap()

U8 Bit_Swap

(

U8

u8_Value

)

Bit swaping.

Byte_To_BCD2()

U8 Byte_To_BCD2

(

U8

u8_Value

)

Convert 8 bit-unsigned integer value (U8) to two digit BCD2 code (U8)

Note

None

Parameters

[in]

u8_Value

Input 8-bit unsigned integer value

Returns

Two digit BCD code

Attention

Input value not checked for valid range

Compose_F32()

F32 Compose_F32	(	U8	u8_Input_Byte_3,
		U8	u8_Input_Byte_2,
		U8	u8_Input_Byte_1,
		U8	u8_Input_Byte_0
	)

Compose F32 value from U8 values.

Note

None

Parameters

[in]	u8_Input_Byte_3	Input byte 3, bits 24 to 31.
[in]	u8_Input_Byte_2	Input byte 2, bits 16 to 23.
[in]	u8_Input_Byte_1	Input byte 1, bits 8 to 15.
[in]	u8_Input_Byte_0	Input byte 0, bits 0 to 7.

Returns

Output F32 value.

Attention

None

Referenced by TMODBUS_PDU_Base::Read_F32_Value().

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Compose_U16()

U16 Compose_U16	(	U8	u8_Input_Byte_1,
		U8	u8_Input_Byte_0
	)

Compose U16 value from U8 values.

Note

None

Parameters

[in]	u8_Input_Byte_1	Input byte 1, bits 8 to 15.
[in]	u8_Input_Byte_0	Input byte 0, bits 0 to 7.

Returns

Output U16 value.

Attention

None

Referenced by TMODBUS_Request_PDU::Is_CRC_Valid(), TP019_14_KG3_DIO2_T1::Processing_Measured_Data(), TS25FL512::Read_Identification(), TMODBUS_PDU_Base::Read_U16_Value(), and Swap_Bytes_U16().

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Compose_U32() [1/2]

U32 Compose_U32	(	U16	u16_Input_1,
		U16	u16_Input_0
	)

Compose U32 value from U16 values.

Note

None

Parameters

[in]	u16_Input_1	Input word 1, bits 16 to 31.
[in]	u16_Input_0	Input word 0, bits 0 to 15.

Returns

Output U32 value.

Attention

None

Compose_U32() [2/2]

U32 Compose_U32	(	U8	u8_Input_Byte_3,
		U8	u8_Input_Byte_2,
		U8	u8_Input_Byte_1,
		U8	u8_Input_Byte_0
	)

Compose U32 value from U8 values.

Note

None

Parameters

[in]	u8_Input_Byte_3	Input byte 3, bits 24 to 31.
[in]	u8_Input_Byte_2	Input byte 2, bits 16 to 23.
[in]	u8_Input_Byte_1	Input byte 1, bits 8 to 15.
[in]	u8_Input_Byte_0	Input byte 0, bits 0 to 7.

Returns

Output U32 value.

Attention

None

Referenced by TFPGA_Base::Get_External_Slot_Module_ID(), TFPGA_Base::Get_Internal_Slot_Module_ID(), TP015_09_V1_0_Encoder_T2::Get_Module_ID(), TP017_21_KG3_DIO_T1::Get_Module_ID(), TP017_21_KG3_DIO_T2::Get_Module_ID(), TP020_12_KG3_PTE_T1::Get_Module_ID(), TP020_29_KG3_ENC_T1::Get_Module_ID(), TP021_23_KG3_EVIO_T1::Get_Module_ID(), TMODBUS_PDU_Base::Read_U32_Value(), and Swap_Bytes_U32().

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Compose_U64() [1/2]

U64 Compose_U64	(	U16	u16_Input_3,
		U16	u16_Input_2,
		U16	u16_Input_1,
		U16	u16_Input_0
	)

Compose U64 value from U16 values.

Note

None

Parameters

[in]	u16_Input_3	Input word 3, bits 48 to 63.
[in]	u16_Input_2	Input word 2, bits 32 to 47.
[in]	u16_Input_1	Input word 1, bits 16 to 31.
[in]	u16_Input_0	Input word 0, bits 0 to 15.

Returns

Output U64 value.

Attention

None

Referenced by TTIMER5_STM32F410CBU6::Get_Actual_Time_U64(), TTIMER2_STM32F429::Get_Actual_Time_U64(), and TConOpSys_Variant::Set_Random_Value().

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Compose_U64() [2/2]

U64 Compose_U64	(	U32	u32_Input_1,
		U32	u32_Input_0
	)

Compose U64 value from U32 values.

Note

None

Parameters

[in]	u32_Input_1	Input word 1, bits 32 to 63.
[in]	u32_Input_0	Input word 0, bits 0 to 31.

Returns

Output U64 value.

Attention

None

Convert_C8_To_S7() [1/2]

BOOL Convert_C8_To_S7	(	C8	c8_Input_Value,
		BOOL	bool_Decimal_Point,
		S7 *	s7_Output_Value
	)

Convert 8 bit character (C8) to 7-segment indicator code (S7) and insert decomal point information.

Note

None

Parameters

[in]	c8_Input_Value	Input 8-bit character code
[in]	bool_Decimal_Point	Decomal point status
[out]	*s7_Output_Value	Pointer to 7-segment indicator code

Returns

Conversion status

Return values

false	- Conversion failed
true	- Conversion successed

Attention

None

References Convert_C8_To_S7(), and true.

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Convert_C8_To_S7() [2/2]

BOOL Convert_C8_To_S7	(	C8	c8_Input_Value,
		S7 *	s7_Output_Value
	)

Convert 8 bit chaaracter (C8) to 7-segment indicator code (S7)

Note

None

Parameters

[in]	c8_Input_Value	Input 8-bit character code
[out]	*s7_Output_Value	Pointer to 7-segment indicator code

Returns

Conversion status

Return values

false	- Conversion failed
true	- Conversion successed

Attention

None

References NULL.

Referenced by Convert_C8_To_S7().

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Convert_F32_To_Saturated_I16()

I16 Convert_F32_To_Saturated_I16

(

F32

f32_Input_Value

)

Convert 32-bit floating point number (F32) to 16-bit signed indeger number (I16) with saturation at the bounds of datatype.

Note

None

Parameters

[in]

f32_Input_Value

Input 32-bit floating point value

Returns

Result of convertion as signed integer number (I16)

Attention

None

Convert_F32_To_Saturated_U16()

U16 Convert_F32_To_Saturated_U16

(

F32

f32_Input_Value

)

Convert 32 bit floating point number (F32) to 16 bit unsigned indeger number (U16) with saturation at the bounds of datatype.

Note

None

Parameters

[in]

f32_Input_Value

Input 32-bit floating point value

Returns

Result of convertion as unsigned integer number (U16)

Attention

None

Referenced by TP017_05_KG3_AO_T1::Execute(), TP017_05_KG3_AO_T2::Execute(), TP017_05_KG3_AO_T3::Execute(), TP017_05_KG3_AO_T4::Execute(), TP018_39_KG3_BLA_T1::Execute(), and TP021_12_KG3_Cooling_System_Model_Emulator::Execute().

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Convert_U16_To_S7_String()

VOID Convert_U16_To_S7_String	(	U16	u16_Input_Value,
		S7 *	s7_Output_String
	)

Convert 16 bit unsigned integer (U16) to 7-segment indicator code (S7) string.

Note

None

Parameters

[in]	u16_Input_Value	Input 16-bit unsigned integer value
[out]	*s7_Output_String	Pointer to string of 7-segment indicator codes

Returns

None

Attention

None

References Convert_U8_To_S7(), and Is_Bit_Set().

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Convert_U32_To_U16_Satureted()

U16 Convert_U32_To_U16_Satureted

(

U32

u32_Input_Value

)

Convert 32-bit unsigned integer number (U32) to 16-bit unsigned indeger number (U16) with saturation at the bounds of datatype.

Note

None

Parameters

[in]

u32_Input_Value

Input 32-bit unsigned integer value

Returns

Result of convertion as unsigned integer number (U16)

Attention

None

Referenced by TProtocol_MODBUS_Over_UART::Get_Communication_Event_Counter(), and TProtocol_MODBUS_Over_UART::Get_Communication_Event_Log().

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Convert_U64_To_U16_Satureted()

U16 Convert_U64_To_U16_Satureted

(

U64

u64_Input_Value

)

Convert 64-bit unsigned integer number (U64) to 16-bit unsigned indeger number (U16) with saturation at the bounds of datatype.

Note

None

Parameters

[in]

u64_Input_Value

Input 64-bit unsigned integer value

Returns

Result of convertion as unsigned integer number (U16)

Attention

None

Convert_U8_To_S7()

BOOL Convert_U8_To_S7	(	U8	u8_Input_Value,
		S7 *	s7_Output_Value
	)

Convert 8 bit unsigned integer (U8) to 7-segment indicator code (S7)

Note

None

Parameters

[in]	u8_Input_Value	Input 8-bit unsigned integer value
[out]	*s7_Output_Value	Pointer to 7-segment indicator code

Returns

Conversion status

Return values

false	- Conversion failed
true	- Conversion successed

Attention

None

References NULL.

Referenced by Convert_U16_To_S7_String().

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Decode_Hex_Buffer()

BOOL Decode_Hex_Buffer	(	C8 *	c8_Input_Buffer,
		U8 *	u8_Output_Buffer,
		U16	u16_Input_Size,
		U16	u16_Output_Size
	)

Decode hex string to 8 bit unsigned integer representation.

Note

None

Parameters

[in]	*c8_Input_Buffer	Pointer to input hex string
[out]	*u8_Output_Buffer	Pointer to the output buffer
[in]	u16_Input_Size	Length of input hex string
[in]	u16_Output_Size	Size of the output buffer

Returns

Convertion status

Return values

false	- Convertion failed
true	- Convertion successed

Attention

None

References false.

Decrement_Saturated() [1/7]

BOOL Decrement_Saturated	(	F32 *	f32_Value,
		F32	f32_Step,
		F32	f32_Saturation
	)

Decrement_Saturated() [2/7]

BOOL Decrement_Saturated

(

U16 *

u16_Value

)

References Decrement_Saturated().

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Decrement_Saturated() [3/7]

BOOL Decrement_Saturated	(	U16 *	u16_Value,
		U16	u16_Saturation
	)

Decrement_Saturated() [4/7]

BOOL Decrement_Saturated

(

U32 *

u32_Value

)

References Decrement_Saturated().

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Decrement_Saturated() [5/7]

BOOL Decrement_Saturated	(	U32 *	u32_Value,
		U32	u32_Saturation
	)

Decrement_Saturated() [6/7]

BOOL Decrement_Saturated

(

U8 *

u8_Value

)

Referenced by Decrement_Saturated(), TFunction_Block_Increment_Decrement_Button_Controller::Execute(), TParameter_Manager::Execute(), AVM2020::Execute_RET(), TCommand_Manager::Unregister(), and TParameter_Manager::Unregister().

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Decrement_Saturated() [7/7]

BOOL Decrement_Saturated	(	U8 *	u8_Value,
		U8	u8_Saturation
	)

Extract_U16_From_U32()

U16 Extract_U16_From_U32	(	U32	u32_Value,
		U8	u8_Index
	)

Extract U16 value from U32 value.

Note

None

Parameters

[in]	u32_Value	Input U32 value.
[in]	u8_Index	Word index. Can be 0 for extrecting bits 0 to 15 or 1 for extracting bits 16 to 31.

Returns

Output U16 value.

Attention

None

Extract_U8_From_F32()

U8 Extract_U8_From_F32	(	F32	f32_Value,
		U8	u8_Index
	)

Extract U8 value from F32 value.

Note

None

Parameters

[in]	f32_Value	Input F32 value.
[in]	u8_Index	Byte index. Can be 0 for extracting bits 0 to 7, 1 for extracting bits 8 to 15, 2 for extracting bits 16 to 23, 3 for extracting bits 24 to 31.

Returns

Output U8 value.

Attention

None

Referenced by TMODBUS_PDU_Base::Append_F32_Value(), and TProtocol_CANopen_Slave_Over_CAN::Send_SDO_Data_F32().

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Extract_U8_From_I16()

U8 Extract_U8_From_I16	(	I16	i16_Value,
		U8	u8_Index
	)

Extract U8 value from I16 value.

Note

None

Parameters

[in]	i16_Value	Input I16 value.
[in]	u8_Index	Byte index. Can be 0 for extracting bits 0 to 7, 1 for extracting bits 8 to 15.

Returns

Output U8 value.

Attention

None

I16 struct value

U8 struct value

Referenced by TProtocol_CANopen_Slave_Over_CAN::Send_SDO_Data_I16().

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Extract_U8_From_I32()

U8 Extract_U8_From_I32	(	I32	i32_Value,
		U8	u8_Index
	)

Extract U8 value from I32 value.

Note

None

Parameters

[in]	i32_Value	Input I32 value.
[in]	u8_Index	Byte index. Can be 0 for extracting bits 0 to 7, 1 for extracting bits 8 to 15, 2 for extracting bits 16 to 23, 3 for extracting bits 24 to 31.

Returns

Output U8 value.

Attention

None

I32 struct value

U8 struct value

Referenced by TProtocol_CANopen_Slave_Over_CAN::Send_SDO_Data_I32().

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Extract_U8_From_I8()

U8 Extract_U8_From_I8

(

I8

i8_Value

)

Extract U8 value from I8 value.

Note

None

Parameters

[in]

i8_Value

Input I8 value.

Returns

Output U8 value.

Attention

None

Referenced by TProtocol_CANopen_Slave_Over_CAN::Send_SDO_Data_I8().

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Extract_U8_From_U16()

U8 Extract_U8_From_U16	(	U16	u16_Value,
		U8	u8_Index
	)

Extract U8 value from U16 value.

Note

None

Parameters

[in]	u16_Value	Input U16 value.
[in]	u8_Index	Byte index. Can be 0 for extracting bits 0 to 7, 1 for extracting bits 8 to 15.

Returns

Output U8 value.

Attention

None

Referenced by TMODBUS_PDU_Base::Append_U16_Value(), TMODBUS_Response_PDU::Done(), TS25FL512::Erase_Block_By_Index(), TABCC_Base::Map_ADI_Read_Area(), TABCC_Base::Map_ADI_Write_Area(), TS25FL512::Read_Page_From_Cache(), TS25FL512::Read_Page_From_Cache_By_Leniar_Address(), TProtocol_CANopen_Slave_Over_CAN::Send_SDO_Data_BOOL(), TProtocol_CANopen_Slave_Over_CAN::Send_SDO_Data_F32(), TProtocol_CANopen_Slave_Over_CAN::Send_SDO_Data_I16(), TProtocol_CANopen_Slave_Over_CAN::Send_SDO_Data_I32(), TProtocol_CANopen_Slave_Over_CAN::Send_SDO_Data_I8(), TProtocol_CANopen_Slave_Over_CAN::Send_SDO_Data_U16(), TProtocol_CANopen_Slave_Over_CAN::Send_SDO_Data_U32(), TProtocol_CANopen_Slave_Over_CAN::Send_SDO_Data_U8(), TProtocol_CANopen_Slave_Over_CAN::Send_SDO_Error(), TProtocol_CANopen_Slave_Over_CAN::Send_SDO_Write_Success(), TABCC_Base::Set_Message_Data_U16(), TABCC_Base::Set_Message_Map_ADI_Area(), Swap_Bytes_U16(), TS25FL512::Write_Page_To_Cache(), TS25FL512::Write_Page_To_Cache_By_Leniar_Address(), and TMODBUS_Response_PDU::Write_U16_Value().

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Extract_U8_From_U32()

U8 Extract_U8_From_U32	(	U32	u32_Value,
		U8	u8_Index
	)

Extract U8 value from U32 value.

Note

None

Parameters

[in]	u32_Value	Input U32 value.
[in]	u8_Index	Byte index. Can be 0 for extracting bits 0 to 7, 1 for extracting bits 8 to 15, 2 for extracting bits 16 to 23, 3 for extracting bits 24 to 31.

Returns

Output U8 value.

Attention

None

Referenced by TMODBUS_PDU_Base::Append_U32_Value(), TS25FL512::Read_Page_From_Cells_To_Cache_By_Index(), TProtocol_CANopen_Slave_Over_CAN::Send_SDO_Data_U32(), TProtocol_CANopen_Slave_Over_CAN::Send_SDO_Error(), Swap_Bytes_U32(), TCRC_32::Update(), TS25FL512::Write_Page_From_Cache_To_Cells(), TS25FL512::Write_Page_From_Cache_To_Cells_By_Page_Index(), and TMODBUS_Response_PDU::Write_U32_Value().

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Get_String_Chunk()

VOID Get_String_Chunk	(	C8 *	c8_Chunk_String,
		C8 *	c8_Input_String,
		C8	c8_Delimiter,
		U32	u32_Chunk_Index
	)

Get_String_Chunk_Count()

U32 Get_String_Chunk_Count	(	C8 *	c8_Input_String,
		C8	c8_Delimiter
	)

Referenced by TProtocol_ANVILEX_Over_UART::Terminal_Parameter_Information_Request(), TProtocol_ANVILEX_Over_UART::Terminal_Parameter_Read_Request(), and TProtocol_ANVILEX_Over_UART::Terminal_Parameter_Write_Request().

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Hex_To_U8()

U8 Hex_To_U8

(

C8

c8_Value

)

Referenced by TProtocol_ANVILEX_Over_UART::Protocol_Event_Information_Request(), TProtocol_ANVILEX_Over_UART_V2::Protocol_Event_Information_Request(), TProtocol_ANVILEX_Over_UART::Protocol_Parameter_Information_Request(), TProtocol_ANVILEX_Over_UART_V2::Protocol_Parameter_Information_Request(), TProtocol_ANVILEX_Over_UART::Protocol_Parameter_Read_Request(), TProtocol_ANVILEX_Over_UART::Protocol_Parameter_Write_Request(), TConOpSys_Variant::Set_Value_As_Hex_String(), String_To_U16(), String_To_U32(), String_To_U64(), String_To_U8(), TProtocol_ANVILEX_Over_UART::Terminal_Event_Information_Request(), and TProtocol_ANVILEX_Over_UART_V2::Terminal_Event_Information_Request().

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High_Nibble_To_Hex()

C8 High_Nibble_To_Hex

(

U8

u8_Value

)

References Bin2HexTable.

Referenced by TProtocol_ANVILEX_Master_Over_UART::Execute(), TProtocol_ANVILEX_Over_UART::Protocol_Event_Information_Request(), TProtocol_ANVILEX_Over_UART_V2::Protocol_Event_Information_Request(), TProtocol_ANVILEX_Over_UART::Protocol_Parameter_Information_Request(), TProtocol_ANVILEX_Over_UART::Protocol_Parameter_Read_Request(), TProtocol_ANVILEX_Over_UART_V2::Protocol_Parameter_Read_Request(), TProtocol_ANVILEX_Over_UART_V2::Protocol_Parameter_Write_Request(), and TProtocol_ANVILEX_Master_Over_UART::Protocol_Remote_Parameter_Read_Response().

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Increment_Overflowed() [1/4]

BOOL Increment_Overflowed	(	F32 *	f32_Value,
		F32	f32_Step,
		F32	f32_Initial,
		F32	f32_Saturation
	)

Increment_Overflowed() [2/4]

BOOL Increment_Overflowed	(	U16 *	u16_Value,
		U16	u16_Maximal_Value
	)

Increment_Overflowed() [3/4]

BOOL Increment_Overflowed	(	U32 *	u32_Value,
		U32	u32_Maximal_Value
	)

Increment_Overflowed() [4/4]

BOOL Increment_Overflowed	(	U8 *	u8_Value,
		U8	u8_Maximal_Value
	)

Referenced by TProtocol_CANopen_Slave_Over_CAN::Communication_Block_Data_Receive(), TUART1_STM32F410CBU6::Communication_Data_Transmit(), TUART6_STM32F410CBU6::Communication_Data_Transmit(), TUART1_STM32F429::Communication_Data_Transmit(), TUART6_STM32F429::Communication_Data_Transmit(), TUART7_STM32F429::Communication_Data_Transmit(), TProtocol_ANVILEX_Master_Over_UART::Execute(), TEvent_Manager::Execute(), TKG3_RTD2_T0::Execute(), TS25FL512::Execute(), TEvent_Manager::Increment_Buffer_Index(), TUART1_STM32F410CBU6::Interrupt(), TUART6_STM32F410CBU6::Interrupt(), TUART1_STM32F429::Interrupt(), TUART6_STM32F429::Interrupt(), TUART7_STM32F429::Interrupt(), TMODBUS_Request_FIFO::Pop(), and TMODBUS_Request_FIFO::Push().

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Increment_Saturated() [1/9]

BOOL Increment_Saturated	(	F32 *	f32_Value,
		F32	f32_Step,
		F32	f32_Saturation
	)

Increment_Saturated() [2/9]

BOOL Increment_Saturated

(

U16 *

u16_Value

)

References Increment_Saturated().

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Increment_Saturated() [3/9]

BOOL Increment_Saturated	(	U16 *	u16_Value,
		U16	u16_Saturation
	)

Increment_Saturated() [4/9]

BOOL Increment_Saturated

(

U32 *

u32_Value

)

References Increment_Saturated().

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Increment_Saturated() [5/9]

BOOL Increment_Saturated	(	U32 *	u32_Value,
		U32	u32_Saturation
	)

Increment_Saturated() [6/9]

BOOL Increment_Saturated

(

U64 *

u64_Value

)

References Increment_Saturated().

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Increment_Saturated() [7/9]

BOOL Increment_Saturated	(	U64 *	u64_Value,
		U64	u64_Saturation
	)

Increment_Saturated() [8/9]

BOOL Increment_Saturated

(

U8 *

u8_Value

)

Referenced by TMODBUS_PDU_Base::Append_F32_Value(), TMODBUS_PDU_Base::Append_U16_Value(), TMODBUS_PDU_Base::Append_U32_Value(), TMODBUS_PDU_Base::Append_U8_Value(), TApplication_Base::Control_Task_Handler(), TEvent_Manager::Create(), TEvent_Manager::Create_Data_Event(), TEvent_Manager::Create_Header_Event(), TMODBUS_Response_PDU::Done(), TFunction_Block_Increment_Decrement_Button_Controller::Execute(), TFunction_Block_Digital_Output_T2::Execute(), TProtocol_MODBUS_Over_UART::Execute(), TKG3_LCSI_T1::Execute(), TKG3_CAB_EXT_T1::Execute(), TKG3_RTD2_T1::Execute(), TP018_34_KG3_BLCP_T1::Execute(), TParameter_Manager::Execute(), TS25FL512::Execute(), AVM2020::Execute_CALL(), TS25FL512::Increment_Block_Erase_Error_Counter(), TS25FL512::Increment_Block_Erase_Request_Counter(), TParameter_Manager::Increment_Media_Read_Error_Count(), TParameter_Manager::Increment_Media_Write_Error_Count(), TS25FL512::Increment_Page_Read_Error_Counter(), TS25FL512::Increment_Page_Read_Request_Counter(), TS25FL512::Increment_Page_Write_Error_Counter(), TS25FL512::Increment_Page_Write_Request_Counter(), Increment_Saturated(), TProtocol_Base::Log_Bus_Character_Overrun(), TProtocol_Base::Log_Bus_Communication_Error(), TProtocol_Base::Log_Bus_CRC_Error(), TProtocol_Base::Log_Bus_Frame_Size_Error(), TProtocol_Base::Log_Bus_Message(), TCommunication_Link::Log_Empty_Data_Error(), TProtocol_Base::Log_Event_Information_Request(), TProtocol_Base::Log_Event_Information_Request_Error(), TCommunication_Link::Log_Frame_Error(), TCommunication_Link::Log_Noise_Error(), TCommunication_Link::Log_Overrun_Error(), TProtocol_Base::Log_Parameter_Information_Request(), TProtocol_Base::Log_Parameter_Information_Request_Error(), TProtocol_Base::Log_Parameter_Read_Request(), TProtocol_Base::Log_Parameter_Read_Request_Error(), TProtocol_Base::Log_Parameter_Write_Request(), TProtocol_Base::Log_Parameter_Write_Request_Error(), TCommunication_Link::Log_Parity_Error(), TCommunication_Link::Log_Recieved_Byte_Count(), TProtocol_Base::Log_Slave_Broadcast_Message(), TProtocol_Base::Log_Slave_Busy(), TProtocol_Base::Log_Slave_Exception_Error(), TProtocol_Base::Log_Slave_Message(), TProtocol_Base::Log_Slave_No_Acknowledge(), TProtocol_Base::Log_Slave_No_Response(), TProtocol_MODBUS_Over_UART::Log_Slave_Read_Input_Register_Error(), TProtocol_Base::Log_Slave_Unknown_Request_Error(), TParameter_Manager::Media_Database_Update(), TMODBUS_PDU_Base::Read_F32_Value(), TMODBUS_PDU_Base::Read_U16_Value(), TMODBUS_PDU_Base::Read_U32_Value(), TMODBUS_PDU_Base::Read_U8_Value(), TCommand_Manager::Register(), TApplication_Base::Run(), TApplication_Base::System_Task_Handler(), TEvent_Manager::Verify_Event_Descriptor_Database(), TMODBUS_Response_PDU::Write_F32_Value(), TMODBUS_Response_PDU::Write_U16_Value(), TMODBUS_Response_PDU::Write_U32_Value(), and TMODBUS_Response_PDU::Write_U8_Value().

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Increment_Saturated() [9/9]

BOOL Increment_Saturated	(	U8 *	u8_Value,
		U8	u8_Saturation
	)

Is_Bit_Set()

BOOL Is_Bit_Set	(	U16	u16_Value,
		U8	u8_Index
	)

References false.

Referenced by Convert_U16_To_S7_String().

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Is_Even()

BOOL Is_Even

(

U32

u32_Value

)

Check for input 32-bit unsigned value is even.

Note

None

Parameters

[in]

*u32_Value

Input 32-bit unsigned value

Returns

Checking status

Return values

false	- 32 bit unsigned value is not even
true	- 32 bit unsigned value is even

Attention

None

Referenced by TP016_26_KG3_TSA_T1::Execute().

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Is_Float()

BOOL Is_Float

(

C8 *

c8_Input_String

)

Check input string for floating point representation.

Note

None

Parameters

[in]

*c8_Input_String

Input string

Returns

Checking status

Return values

false	- String don't have a floating point value representation
true	- String have a floating point value representation

Attention

None

References false, String_Length(), and true.

Referenced by TConOpSys_Variant::Precheck_Value_As_Decimal_String(), and TConOpSys_Variant::Set_Value_As_Decimal_String().

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Is_Hex()

BOOL Is_Hex

(

C8 *

c8_Input_String

)

Check input string for hexadecimal representation.

Note

None

Parameters

[in]

*c8_Input_String

Input string

Returns

Checking status

Return values

false	- String don't have a hexadecimal value representation
true	- String have a hexadecimal value representation

Attention

None

References false, Is_Hex_Digit(), String_Length(), and true.

Referenced by TConOpSys_Variant::Precheck_Value_As_Decimal_String(), and TConOpSys_Variant::Set_Value_As_Decimal_String().

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Is_Hex_Digit()

BOOL Is_Hex_Digit

(

C8

c8_Value

)

Referenced by Is_Hex(), TProtocol_ANVILEX_Over_UART::Protocol_Event_Information_Request(), TProtocol_ANVILEX_Over_UART::Protocol_Parameter_Information_Request(), TProtocol_ANVILEX_Over_UART::Protocol_Parameter_Read_Request(), TProtocol_ANVILEX_Over_UART::Protocol_Parameter_Write_Request(), and TProtocol_ANVILEX_Over_UART::Terminal_Event_Information_Request().

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Is_In_Range_Less_Greater() [1/3]

BOOL Is_In_Range_Less_Greater	(	F32	f32_Value,
		F32	f32_Low_Bounds,
		F32	f32_High_Bounds
	)

Is_In_Range_Less_Greater() [2/3]

BOOL Is_In_Range_Less_Greater	(	U16	u16_Value,
		U16	u16_Low_Bounds,
		U16	u16_High_Bounds
	)

Referenced by TEvent_Manager::Get_Event_Record_By_Index(), and TEvent_Manager::Set_Selected_Event_Index().

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Is_In_Range_Less_Greater() [3/3]

BOOL Is_In_Range_Less_Greater	(	U64	u64_Value,
		U64	u64_Low_Bounds,
		U64	u64_High_Bounds
	)

Is_Integer()

BOOL Is_Integer

(

C8 *

c8_Input_String

)

Check input string for integer representation.

Note

None

Parameters

[in]

*c8_Input_String

Input string

Returns

Checking status

Return values

false	- String don't have an integer value representation
true	- String have an integer value representation

Attention

None

References String_Length().

Referenced by TConOpSys_Variant::Precheck_Value_As_Decimal_String(), and TConOpSys_Variant::Set_Value_As_Decimal_String().

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Is_Odd()

BOOL Is_Odd

(

U32

u32_Value

)

Check for input 32-bit unsigned value is odd.

Note

None

Parameters

[in]

*u32_Value

Input 32-bit unsigned value

Returns

Checking status

Return values

false	- 32 bit unsigned value is not odd
true	- 32 bit unsigned value is odd

Attention

None

Limit_Low_High_F32()

VOID Limit_Low_High_F32	(	F32 &	f32_Value,
		F32	f32_Lower_Limit,
		F32	f32_Upper_Limit
	)

Limit F32 value to lower or upper limit.

Note

None

Parameters

[in,out]	f32_Value	F32 value to limit.
[in]	f32_Lower_Limit	Lower limit F32 value.
[in]	f32_Upper_Limit	Upper limit F32 value.

Returns

None

Attention

None

Referenced by TP017_05_KG3_AO_T2::Execute(), TP017_05_KG3_AO_T3::Execute(), TP017_05_KG3_AO_T4::Execute(), and TP019_11_KG3_FC::Execute().

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Limit_Low_High_I32()

VOID Limit_Low_High_I32	(	I32 &	i32_Value,
		I32	i32_Lower_Limit,
		I32	i32_Upper_Limit
	)

Limit I32 value to lower or upper limit.

Note

None

Parameters

[in,out]	i32_Value	I32 value to limit.
[in]	i32_Lower_Limit	Lower limit I32 value.
[in]	i32_Upper_Limit	Upper limit I32 value.

Returns

None

Attention

None

Referenced by TP017_05_KG3_AO_T2::Execute(), TP017_05_KG3_AO_T3::Execute(), and TP017_05_KG3_AO_T4::Execute().

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Low_Nibble_To_Hex()

C8 Low_Nibble_To_Hex

(

U8

u8_Value

)

References Bin2HexTable.

Referenced by TProtocol_ANVILEX_Master_Over_UART::Execute(), TConOpSys_Variant::Get_Value_As_Hex_String(), TProtocol_ANVILEX_Over_UART::Protocol_Event_Information_Request(), TProtocol_ANVILEX_Over_UART_V2::Protocol_Event_Information_Request(), TProtocol_ANVILEX_Over_UART::Protocol_Parameter_Information_Request(), TProtocol_ANVILEX_Over_UART::Protocol_Parameter_Read_Request(), TProtocol_ANVILEX_Over_UART_V2::Protocol_Parameter_Read_Request(), TProtocol_ANVILEX_Over_UART_V2::Protocol_Parameter_Write_Request(), and TProtocol_ANVILEX_Master_Over_UART::Protocol_Remote_Parameter_Read_Response().

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Maximum_U16()

U16 Maximum_U16	(	U16	u16_Value_1,
		U16	u16_Value_2
	)

Return maximum value from two U16 values.

Note

None

Parameters

[in]	u16_Value_1	First U16 value.
[in]	u16_Value_2	Second U16 value.

Returns

Output U32 value.

Attention

None

Referenced by TABCC_Base::Get_Requered_Process_Data_Buffer_Size().

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Maximum_U32()

U32 Maximum_U32	(	U32	u32_Value_1,
		U32	u32_Value_2
	)

Return maximum value from two U32 values.

Note

None

Parameters

[in]	u32_Value_1	First U32 value.
[in]	u32_Value_2	Second U32 value.

Returns

Output U32 value.

Attention

None

Maximum_U64()

U64 Maximum_U64	(	U64	u64_Value_1,
		U64	u64_Value_2
	)

Return maximum value from two U64 values.

Note

None

Parameters

[in]	u64_Value_1	First U64 value.
[in]	u64_Value_2	Second U64 value.

Returns

Output U64 value.

Attention

None

Referenced by TTIMER5_STM32F410CBU6::Get_Actual_Time_U64(), and TTIMER2_STM32F429::Get_Actual_Time_U64().

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Maximum_U8()

U8 Maximum_U8	(	U8	u8_Value_1,
		U8	u8_Value_2
	)

Return maximum value from two U8 values.

Note

None

Parameters

[in]	u8_Value_1	First U8 value.
[in]	u8_Value_2	Second U8 value.

Returns

Output U8 value.

Attention

None

Seconds_To_HMS()

VOID Seconds_To_HMS	(	U32	u32_Time,
		U32 *	u32_Hours,
		U32 *	u32_Minutes,
		U32 *	u32_Seconds
	)

Split_U32()

VOID Split_U32	(	U32	u32_Input_Value,
		U16 *	u16_Output_1,
		U16 *	u16_Output_0
	)

Referenced by TP019_11_KG3_MOD::Execute().

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String_Length()

U32 String_Length

(

C8 *

c8_Value

)

Calculate lengthnof the null terminated string.

Note

None

Parameters

[in]

*c8_Value

Pointer to null terminated string.

Returns

String length as U32 value.

Attention

None

Referenced by TEvent_Manager::Calculate_Database_Hash(), TParameter_Manager::Calculate_Database_Hash(), TProtocol_ANVILEX_Over_UART::Execute(), Is_Float(), Is_Hex(), Is_Integer(), TProtocol_ANVILEX_Over_UART::Protocol_Event_Information_Request(), TProtocol_ANVILEX_Over_UART::Protocol_Parameter_Information_Request(), TProtocol_ANVILEX_Over_UART::Protocol_Parameter_Read_Request(), TProtocol_ANVILEX_Over_UART::Protocol_Parameter_Write_Request(), TProtocol_ANVILEX_Over_UART::Protocol_Transmit_String(), TProtocol_ANVILEX_Over_UART::Terminal_Event_Information_Request(), TProtocol_ANVILEX_Over_UART::Terminal_Parameter_Information_Request(), TProtocol_ANVILEX_Over_UART::Terminal_Parameter_Read_Request(), and TProtocol_ANVILEX_Over_UART::Terminal_Parameter_Write_Request().

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String_To_U16()

U16 String_To_U16

(

C8 *

c8_Value

)

Convert hexal string to U16 value.

Note

None

Parameters

[in]

*c8_Value

Pointer to null terminated hexal string.

Returns

Output U16 value.

Attention

None

References Hex_To_U8().

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String_To_U32()

U32 String_To_U32

(

C8 *

c8_Value

)

Convert hexal string to U32 value.

Note

None

Parameters

[in]

*c8_Value

Pointer to null terminated hexal string.

Returns

Output U32 value.

Attention

None

References Hex_To_U8().

Referenced by TProtocol_ANVILEX_Master_Over_UART::Execute(), TProtocol_ANVILEX_Over_UART_V2::Protocol_Parameter_Read_Request(), and TProtocol_ANVILEX_Over_UART_V2::Protocol_Parameter_Write_Request().

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String_To_U64()

U64 String_To_U64

(

C8 *

c8_Value

)

Convert hexal string to U64 value.

Note

None

Parameters

[in]

*c8_Value

Pointer to null terminated hexal string.

Returns

Output U64 value.

Attention

None

References Hex_To_U8().

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String_To_U8()

U8 String_To_U8

(

C8 *

c8_Value

)

Convert hexal string to U8 value.

Note

None

Parameters

[in]

*c8_Value

Pointer to null terminated hexal string.

Returns

Output U8 value.

Attention

None

References Hex_To_U8().

Referenced by TProtocol_ANVILEX_Master_Over_UART::Execute(), TProtocol_ANVILEX_Over_UART_V2::Protocol_Parameter_Read_Request(), and TProtocol_ANVILEX_Over_UART_V2::Protocol_Parameter_Write_Request().

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Swap_Bytes_U16()

U16 Swap_Bytes_U16

(

U16

u16_Value

)

References Compose_U16(), and Extract_U8_From_U16().

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Swap_Bytes_U32()

U32 Swap_Bytes_U32

(

U32

u16_Value

)

References Compose_U32(), and Extract_U8_From_U32().

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Swap_Bytes_U64()

U64 Swap_Bytes_U64

(

U64

u64_Value

)

U16_To_Hex_String()

VOID U16_To_Hex_String	(	C8 *	c8_String,
		U16	u16_Value
	)

References Bin2HexTable.

Referenced by TConOpSys_Variant::Get_Value_As_Hex_String().

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U32_To_Hex_String()

VOID U32_To_Hex_String	(	C8 *	c8_String,
		U32	u32_Value
	)

References Bin2HexTable.

Referenced by TConOpSys_Variant::Get_Value_As_Hex_String().

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U64_To_Hex_String()

VOID U64_To_Hex_String	(	C8 *	c8_String,
		U64	u64_Value
	)

References Bin2HexTable.

Referenced by TConOpSys_Variant::Get_Value_As_Hex_String().

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U8_To_Hex_String()

VOID U8_To_Hex_String	(	C8 *	c8_String,
		U8	u8_Value
	)

References Bin2HexTable.

Referenced by TConOpSys_Variant::Get_Value_As_Hex_String().

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