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◆  FloatToString() [1/2]

Converts a floating point value into formatted text.

参数

[in]	value	Floating point value to convert into text.
[in]	charsBeforeComma	Characters before the decimal point. If -1 is passed or 'charsBeforeComma' is too low to represent 'value' it is automatically increased/adjusted. If 'charsBeforeComma' is positive and exponent is false fill characters will be added to the beginning.
[in]	digitsAfterComma	Digits after the decimal point. If a negative number is passed the number of digits is automatically chosen and up to (-digitsAfterComma).
[in]	exponent	Force exponential-style output (e.g. 1.0e+10).
[in]	fillChar	Fill character for digits before the decimal point. E.g. if you specify 4 for charsBeforeComma, '*' for fillChar and your value is 1.5 you'll get ***1.5 as a result. This value has no impact if exponent is true.
[in]	formatStatement	Nullptr or additional formatting instruction. See also Formatting Floating point values .

返回

String object with the decimal text of the value.

◆  FloatToString() [2/2]

Converts a floating point value into formatted text.

参数

[in]	value	Floating point value to convert into text.
[in]	charsBeforeComma	Characters before the decimal point. If -1 is passed or 'charsBeforeComma' is too low to represent 'value' it is automatically increased/adjusted. If 'charsBeforeComma' is positive and exponent is false fill characters will be added to the beginning.
[in]	digitsAfterComma	Digits after the decimal point. If a negative number is passed the number of digits is automatically chosen and up to (-digitsAfterComma).
[in]	exponent	Force exponential-style output (e.g. 1.0e+10).
[in]	fillChar	Fill character for digits before the decimal point. E.g. if you specify 4 for charsBeforeComma, '*' for fillChar and your value is 1.5 you'll get ***1.5 as a result. This value has no impact if exponent is true.
[in]	formatStatement	Nullptr or additional formatting instruction. See also Formatting Floating point values .

返回

String object with the decimal text of the value.

◆  AppendInt() [1/2]

Appends an integer value to an existing string.

参数

[in]	str	The existing string.
[in]	value	The value that will be appended as a string.
[in]	datatypeSize	Size in bytes of the passed value, as this routine can be used for Char, Int16, Int32 and Int64 values. This becomes only relevant if formatStatement forces hexadecimal output.
[in]	formatStatement	Nullptr or additional formatting instruction. See also Formatting Integer values .

◆  AppendUInt() [1/2]

Appends an unsigned integer value to an existing string.

参数

[in]	str	The existing string.
[in]	value	The value that will be appended as a string.
[in]	datatypeSize	Size in bytes of the passed value, as this routine can be used for UChar, UInt16, UInt32 and UInt64 values. This becomes only relevant if formatStatement forces hexadecimal output.
[in]	formatStatement	Nullptr or additional formatting instruction. See also Formatting Integer values .

◆  AppendInt() [2/2]

Appends an integer value to an existing string.

参数

[in]	str	The existing string.
[in]	value	The value that will be appended as a string.
[in]	datatypeSize	Size in bytes of the passed value, as this routine can be used for Char, Int16, Int32 and Int64 values. This becomes only relevant if formatStatement forces hexadecimal output.
[in]	formatStatement	Nullptr or additional formatting instruction. See also Formatting Integer values .

◆  AppendUInt() [2/2]

Appends an unsigned integer value to an existing string.

参数

[in]	str	The existing string.
[in]	value	The value that will be appended as a string.
[in]	datatypeSize	Size in bytes of the passed value, as this routine can be used for UChar, UInt16, UInt32 and UInt64 values. This becomes only relevant if formatStatement forces hexadecimal output.
[in]	formatStatement	Nullptr or additional formatting instruction. See also Formatting Integer values .

◆  MemorySizeToString()

Creates a readable string from a memory size.

参数

[in]	mem	The memory size.
[in]	mebibytes	defines if a value of 1343443 is either output as "1.28 MiB" (mebibytes) or "1.34 MB" (megabytes).

返回

String that displays the memory size.

◆  HexToString() [1/2]

Converts a value into a hexadecimal string.

参数

[in]	value	The value.
[in]	prefix0x	If true, the output string will have a '0x' prefix.
[in]	leadingZeros	If false, the output string will have no leading zeros, so a value of 100 e.g. will be output as 64 (and not 00000064).
[in]	formatStatement	Nullptr or additional formatting instruction. See also Formatting Pointer values .

返回

The converted string.

◆  HexToString() [2/2]

Converts a value into a hexadecimal string.

参数

[in]	value	The value.
[in]	prefix0x	If true, the output string will have a '0x' prefix.
[in]	leadingZeros	If false, the output string will have no leading zeros, so a value of 100 e.g. will be output as 64 (and not 0000000000000064).
[in]	formatStatement	Nullptr or additional formatting instruction. See also Formatting Pointer values .

返回

The converted string.

◆  ToFloat32()

Converts a Utf32Char character sequence to a 32-bit floating point value. This routine does no formula parsing. While leading whitespaces are allowed by default no trailing characters of any kind are allowed.

参数

[in]	str	The input string.
[in]	flags	Optional flags for the conversion.

返回

Floating point value of string.

◆  ToFloat64()

Converts a Utf32Char character sequence to a 64-bit floating point value. This routine does no formula parsing. While leading whitespaces are allowed by default no trailing characters of any kind are allowed.

参数

[in]	str	The input string.
[in]	flags	Optional flags for the conversion.

返回

Floating point value of string.

◆  ToInt64()

Converts a Utf32Char character sequence to a 64 bit integer value. This routine does no formula parsing and does not support any suffixes/prefixes except for 0x (hexadecimal numbers). While leading whitespaces are allowed by default no trailing characters of any kind are allowed.

参数

[in]	str	The input string.
[in]	flags	Optional flags for the conversion.

返回

Integer value of the string.

◆  ToInt32()

Converts a Utf32Char character sequence to a 32 bit integer value. This routine does no formula parsing and does not support any suffixes/prefixes except for 0x (hexadecimal numbers). While leading whitespaces are allowed by default no trailing characters of any kind are allowed.

参数

[in]	str	The input string.
[in]	flags	Optional flags for the conversion.

返回

Integer value of the string.

◆  ToUInt64()

Converts a Utf32Char character sequence to a 64 bit unsigned integer value. This routine does no formula parsing and does not support any suffixes/prefixes except for 0x (hexadecimal numbers). While leading whitespaces are allowed by default no trailing characters of any kind are allowed.

参数

[in]	str	The input string.
[in]	flags	Optional flags for the conversion.

返回

Integer value of the string.

◆  ToUInt32()

Converts a Utf32Char character sequence to a 32 bit unsigned integer value. This routine does no formula parsing and does not support any suffixes/prefixes except for 0x (hexadecimal numbers). While leading whitespaces are allowed by default no trailing characters of any kind are allowed.

参数

[in]	str	The input string.
[in]	flags	Optional flags for the conversion.

返回

Integer value of the string.

◆  StringToFloat()

Converts a Utf32Char character sequence to a floating point value. This routine does no formula parsing. No leading whitespaces or characters that do not belong to the floating point value are allowed.

参数

[in]	str	The character sequence.
[out]	processedChars	The actual number of characters that were read. This can be shorter than maxChars. The algorithm stops as soon as it finds a character that does not belong to the floating point value.

返回

Floating point value of string.

◆  StringToInteger()

Converts a Utf32Char character sequence to an integer value. This routine does no formula parsing. No leading whitespaces or characters that do not belong to the integer value are allowed.

参数

[in]	str	The character sequence.
[in]	base	Numerical base that is in the range of [2..36]. For regular decimal conversion pass 10, for hexadecimal conversion 16. NOTOK is valid.
[in]	autodetect0x	If true the string is scanned for a '0x' prefix. If that is detected the base is automatically set to 16.
[in]	signedMode	If false, negative numbers will result in an error. In signedMode numbers need to be within Int64 limits, otherwise UInt64.
[out]	processedChars	The actual number of characters that were read. This can be shorter than maxChars. The algorithm stops as soon as it finds a character that does not belong to the integer value.

返回

Integer value of string. In signed mode the result must be cast to Int64.

◆  GetLineEnd()

Returns a string with the platform specific line ending.

返回

String containing the line ending ("\r\n" or "\r").

◆  GetLineEndC()

Returns a string with the platform specific line ending.

返回

CString containing the line ending ("\r\n" or "\r").

◆  FormatXArgs()

◆  ScanStringXArgs()

◆  ScanParameterBasic()

• maxon
• StringConversion