lsstd::CLargeInteger< _uMaxDigits > Class Template Reference

A large-integer template class. More...

#include <lsstdlargeinteger.h>

List of all members.

Public Member Functions
LSE_CALL	CLargeInteger ()
LSE_CALL	CLargeInteger (const CLargeInteger< _uMaxDigits > &_liOther)
LSE_CALL	CLargeInteger (LSINT64 _i64Value)
LSE_CALL	CLargeInteger (LSUINT64 _ui64Value)
LSE_CALL	CLargeInteger (LSINT32 _i32Value)
LSE_CALL	CLargeInteger (LSUINT32 _ui32Value)
LSE_CALL	CLargeInteger (const LSUINT32 *_pui8Array, LSUINT32 _ui32Length)
CLargeInteger< _uMaxDigits > LSE_CALL	operator+ (const CLargeInteger< _uMaxDigits > &_liOp) const
CLargeInteger< _uMaxDigits > LSE_CALL	operator- (const CLargeInteger< _uMaxDigits > &_liOp) const
CLargeInteger< _uMaxDigits > LSE_CALL	operator* (const CLargeInteger< _uMaxDigits > &_liOp) const
CLargeInteger< _uMaxDigits > LSE_CALL	operator*= (const CLargeInteger< _uMaxDigits > &_liOp)
CLargeInteger< _uMaxDigits > LSE_CALL	operator/ (const CLargeInteger< _uMaxDigits > &_liOp) const
CLargeInteger< _uMaxDigits > LSE_CALL	operator/= (const CLargeInteger< _uMaxDigits > &_liOp)
CLargeInteger< _uMaxDigits > LSE_CALL	operator% (const CLargeInteger< _uMaxDigits > &_liOp) const
CLargeInteger< _uMaxDigits > LSE_CALL	operator- () const
CLargeInteger< _uMaxDigits > LSE_CALL	operator= (const CLargeInteger< _uMaxDigits > &_liOp)
CLargeInteger< _uMaxDigits > LSE_CALL	operator<< (LSUINT32 _ui32Shift) const
CLargeInteger< _uMaxDigits > &LSE_CALL	operator<<= (LSUINT32 _ui32Shift)
CLargeInteger< _uMaxDigits > LSE_CALL	operator>> (LSUINT32 _ui32Shift) const
CLargeInteger< _uMaxDigits > &LSE_CALL	operator>>= (LSUINT32 _ui32Shift)
CLargeInteger< _uMaxDigits > LSE_CALL	operator& (const CLargeInteger< _uMaxDigits > &_liOp) const
CLargeInteger< _uMaxDigits > &LSE_CALL	operator&= (const CLargeInteger< _uMaxDigits > &_liOp)
CLargeInteger< _uMaxDigits > LSE_CALL	operator| (const CLargeInteger< _uMaxDigits > &_liOp) const
CLargeInteger< _uMaxDigits > &LSE_CALL	operator|= (const CLargeInteger< _uMaxDigits > &_liOp)
CLargeInteger< _uMaxDigits > LSE_CALL	operator^ (const CLargeInteger< _uMaxDigits > &_liOp) const
CLargeInteger< _uMaxDigits > &LSE_CALL	operator^= (const CLargeInteger< _uMaxDigits > &_liOp)
bool LSE_CALL	operator> (const CLargeInteger< _uMaxDigits > &_liOp) const
bool LSE_CALL	operator< (const CLargeInteger< _uMaxDigits > &_liOp) const
bool LSE_CALL	operator== (const CLargeInteger< _uMaxDigits > &_liOp) const
bool LSE_CALL	operator!= (const CLargeInteger< _uMaxDigits > &_liOp) const
bool LSE_CALL	operator>= (const CLargeInteger< _uMaxDigits > &_liOp) const
bool LSE_CALL	operator<= (const CLargeInteger< _uMaxDigits > &_liOp) const
LSUINT64 LSE_CALL	GetAs64bitUInt () const
LSUINT32 LSE_CALL	GetAs32bitUInt () const
LSUINT32 *LSE_CALL	GetBytes ()
LSUINT32 LSE_CALL	GetLength () const
LSVOID LSE_CALL	SetLength (LSUINT32 _ui32Length)
template<typename _tType >
LSUINT32 LSE_CALL	ToString (_tType *_ptString, LSUINT32 _ui32MaxLen, LSUINT32 _ui32Radix)
Static Public Member Functions
static LSVOID LSE_CALL	Add (const CLargeInteger< _uMaxDigits > &_liLeft, const CLargeInteger< _uMaxDigits > &_liRight, CLargeInteger< _uMaxDigits > &_liResult)
static LSVOID LSE_CALL	Subtract (const CLargeInteger< _uMaxDigits > &_liLeft, const CLargeInteger< _uMaxDigits > &_liRight, CLargeInteger< _uMaxDigits > &_liResult)
static LSVOID LSE_CALL	Multiply (const CLargeInteger< _uMaxDigits > &_liLeft, const CLargeInteger< _uMaxDigits > &_liRight, CLargeInteger< _uMaxDigits > &_liResult)
static LSVOID LSE_CALL	Divide (const CLargeInteger< _uMaxDigits > &_liLeft, const CLargeInteger< _uMaxDigits > &_liRight, CLargeInteger< _uMaxDigits > &_liResult)
static LSVOID LSE_CALL	Modulus (const CLargeInteger< _uMaxDigits > &_liLeft, const CLargeInteger< _uMaxDigits > &_liRight, CLargeInteger< _uMaxDigits > &_liResult)
static LSVOID LSE_CALL	Negate (const CLargeInteger< _uMaxDigits > &_liValue, CLargeInteger< _uMaxDigits > &_liResult)
static LSUINT32 LSE_CALL	ShiftLeft (LSUINT32 *_pui32Data, LSUINT32 _ui32Len, LSUINT32 _ui32Amount)
static LSUINT32 LSE_CALL	ShiftRight (LSUINT32 *_pui32Data, LSUINT32 _ui32Len, LSUINT32 _ui32Amount)
Protected Attributes
LSUINT32	m_ui32Digits [_uMaxDigits]
LSUINT32	m_ui32UsedDigits

---

Detailed Description

template<unsigned _uMaxDigits = 1024UL>
class lsstd::CLargeInteger< _uMaxDigits >

A large-integer template class.

Class CLargeInteger Description: A large-integer template class. Represents a number containing at most _uMaxDigits digits in radix 10. Provides standard operators synthesized in software mode. This class is not intended for use in any high-performance situation. Use this class when precision is more important than speed.

Multiple instances of this class can cause a heavy hit to the stack unless allocated to the heap.

---

Constructor & Destructor Documentation

template<unsigned _uMaxDigits = 1024UL>

LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::CLargeInteger

(

)

[inline]

Create a large integer. The integer is initialized to 0.

template<unsigned _uMaxDigits = 1024UL>

LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::CLargeInteger

(

const CLargeInteger< _uMaxDigits > &

_liOther

)

[inline]

Create a large integer as a copy of another.

Parameters:

_liOther

The source large integer.

template<unsigned _uMaxDigits = 1024UL>

LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::CLargeInteger

(

LSINT64

_i64Value

)

[inline]

Create a large integer from a signed 64-bit value.

Parameters:

_i64Value

The value to be converted to a large integer.

template<unsigned _uMaxDigits = 1024UL>

LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::CLargeInteger

(

LSUINT64

_ui64Value

)

[inline]

Create a large integer from an unsigned 64-bit value.

Parameters:

_ui64Value

The value to be converted to a large integer.

template<unsigned _uMaxDigits = 1024UL>

LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::CLargeInteger

(

LSINT32

_i32Value

)

[inline]

Create a large integer from a signed 32-bit value.

Parameters:

_i32Value

The value to be converted to a large integer.

template<unsigned _uMaxDigits = 1024UL>

LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::CLargeInteger

(

LSUINT32

_ui32Value

)

[inline]

Create a large integer from an unsigned 32-bit value.

Parameters:

_ui32Value

The value to be converted to a large integer.

template<unsigned _uMaxDigits = 1024UL>

LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::CLargeInteger	(	const LSUINT32 *	_pui8Array,
		LSUINT32	_ui32Length
	)		[inline]

Create a large integer from an array of bytes.

Parameters:

_pui8Array	The array of bytes.
_ui32Length	The number of bytes in the array.

---

Member Function Documentation

template<unsigned _uMaxDigits = 1024UL>

static LSVOID LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::Add	(	const CLargeInteger< _uMaxDigits > &	_liLeft,
		const CLargeInteger< _uMaxDigits > &	_liRight,
		CLargeInteger< _uMaxDigits > &	_liResult
	)		[inline, static]

Add two large integers together and store the result in a third. An exception is thrown on overflow.

Parameters:

_liLeft	Left operand.
_liRight	Right operand.
_liResult	Result.

template<unsigned _uMaxDigits = 1024UL>

static LSVOID LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::Divide	(	const CLargeInteger< _uMaxDigits > &	_liLeft,
		const CLargeInteger< _uMaxDigits > &	_liRight,
		CLargeInteger< _uMaxDigits > &	_liResult
	)		[inline, static]

Divide two large integers and store the result in a third. An exception is thrown if the right operand is 0.

Parameters:

_liLeft	Left operand.
_liRight	Right operand.
_liResult	Result.

template<unsigned _uMaxDigits = 1024UL>

LSUINT32 LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::GetAs32bitUInt

(

)

const [inline]

Get the value of this large integer as an unsigned 32-bit integer. Throws an exception if the value of this integer is too large to be held by a 32-bit integer.

Returns:

Returns the value of this large integer as a 32-bit integer.

template<unsigned _uMaxDigits = 1024UL>

LSUINT64 LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::GetAs64bitUInt

(

)

const [inline]

Get the value of this large integer as an unsigned 64-bit integer. Throws an exception if the value of this integer is too large to be held by a 64-bit integer.

Returns:

Returns the value of this large integer as a 64-bit integer.

template<unsigned _uMaxDigits = 1024UL>

LSUINT32* LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::GetBytes

(

)

[inline]

Get our bytes.

Returns:

Returns the buffer used to store the bytes in this instance. For read and write.

template<unsigned _uMaxDigits = 1024UL>

LSUINT32 LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::GetLength

(

)

const [inline]

Get the length of our bytes.

Returns:

Returns the length of this digit.

template<unsigned _uMaxDigits = 1024UL>

static LSVOID LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::Modulus	(	const CLargeInteger< _uMaxDigits > &	_liLeft,
		const CLargeInteger< _uMaxDigits > &	_liRight,
		CLargeInteger< _uMaxDigits > &	_liResult
	)		[inline, static]

Obtain the modulus of two large integers and store the result in a third. An exception is thrown if the right operand is 0.

Parameters:

_liLeft	Left operand.
_liRight	Right operand.
_liResult	Result.

template<unsigned _uMaxDigits = 1024UL>

static LSVOID LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::Multiply	(	const CLargeInteger< _uMaxDigits > &	_liLeft,
		const CLargeInteger< _uMaxDigits > &	_liRight,
		CLargeInteger< _uMaxDigits > &	_liResult
	)		[inline, static]

Multiply two large integers and store the result in a third. An exception is thrown on overflow.

Parameters:

_liLeft	Left operand.
_liRight	Right operand.
_liResult	Result.

template<unsigned _uMaxDigits = 1024UL>

static LSVOID LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::Negate	(	const CLargeInteger< _uMaxDigits > &	_liValue,
		CLargeInteger< _uMaxDigits > &	_liResult
	)		[inline, static]

Negate a large integer.

Parameters:

_liValue	The value to negate.
_liResult	Result.

template<unsigned _uMaxDigits = 1024UL>

bool LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator!=

(

const CLargeInteger< _uMaxDigits > &

_liOp

)

const [inline]

Inequality comparison.

Parameters:

_liOp

The right operand.

Returns:

Returns true if this large integer is not equal to the given large integer.

template<unsigned _uMaxDigits = 1024UL>

CLargeInteger<_uMaxDigits> LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator%

(

const CLargeInteger< _uMaxDigits > &

_liOp

)

const [inline]

Modulus two large integers to create a third large integer holding the result. An exception is thrown if the right operand is 0.

Parameters:

_liOp

The right operand.

Returns:

Returns the result as a new large integer.

template<unsigned _uMaxDigits = 1024UL>

CLargeInteger<_uMaxDigits> LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator&

(

const CLargeInteger< _uMaxDigits > &

_liOp

)

const [inline]

Bitwise AND operator. The result is returned.

Parameters:

_liOp

The right operand.

Returns:

Returns the result as a new large integer.

template<unsigned _uMaxDigits = 1024UL>

CLargeInteger<_uMaxDigits>& LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator&=

(

const CLargeInteger< _uMaxDigits > &

_liOp

)

[inline]

Bitwise AND operator with assignent. The result is returned.

Parameters:

_liOp

The right operand.

Returns:

Returns the this instance, which holds the result.

template<unsigned _uMaxDigits = 1024UL>

CLargeInteger<_uMaxDigits> LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator*

(

const CLargeInteger< _uMaxDigits > &

_liOp

)

const [inline]

Multiply two large integers to create a third large integer holding the result. An exception is thrown on overflow.

Parameters:

_liOp

The right operand.

Returns:

Returns the result as a new large integer.

template<unsigned _uMaxDigits = 1024UL>

CLargeInteger<_uMaxDigits> LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator*=

(

const CLargeInteger< _uMaxDigits > &

_liOp

)

[inline]

Multiply this large integer by other, assiging the result to this large integer. An exception is thrown on overflow.

Parameters:

_liOp

The right operand.

Returns:

Returns this large integer, which will be filled with the result.

template<unsigned _uMaxDigits = 1024UL>

CLargeInteger<_uMaxDigits> LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator+

(

const CLargeInteger< _uMaxDigits > &

_liOp

)

const [inline]

Add two large integers to create a third large integer holding the result. An exception is thrown on overflow.

Parameters:

_liOp

The right operand.

Returns:

Returns the result as a new large integer.

template<unsigned _uMaxDigits = 1024UL>

CLargeInteger<_uMaxDigits> LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator-

(

)

const [inline]

Perform unary negation on this number. The negated value is returned.

Returns:

Returns the 2's compliment of this number.

template<unsigned _uMaxDigits = 1024UL>

CLargeInteger<_uMaxDigits> LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator-

(

const CLargeInteger< _uMaxDigits > &

_liOp

)

const [inline]

Subtract two large integers to create a third large integer holding the result. An exception is thrown on overflow.

Parameters:

_liOp

The right operand.

Returns:

Returns the result as a new large integer.

template<unsigned _uMaxDigits = 1024UL>

CLargeInteger<_uMaxDigits> LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator/

(

const CLargeInteger< _uMaxDigits > &

_liOp

)

const [inline]

Divide two large integers to create a third large integer holding the result. An exception is thrown if the right operand is 0.

Parameters:

_liOp

The right operand.

Returns:

Returns the result as a new large integer.

template<unsigned _uMaxDigits = 1024UL>

CLargeInteger<_uMaxDigits> LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator/=

(

const CLargeInteger< _uMaxDigits > &

_liOp

)

[inline]

Divide this large integer by other, assiging the result to this large integer. An exception is thrown if the right operand is 0.

Parameters:

_liOp

The right operand.

Returns:

Returns this large integer, which will be filled with the result.

template<unsigned _uMaxDigits = 1024UL>

bool LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator<

(

const CLargeInteger< _uMaxDigits > &

_liOp

)

const [inline]

Less-than comparison.

Parameters:

_liOp

The right operand.

Returns:

Returns true if this large integer is less than the given large integer.

template<unsigned _uMaxDigits = 1024UL>

CLargeInteger<_uMaxDigits> LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator<<

(

LSUINT32

_ui32Shift

)

const [inline]

Shift bits left by the given amount. The shifted value is returned.

Parameters:

_ui32Shift

The amount by which to shift.

Returns:

Returns the result as a new large integer.

template<unsigned _uMaxDigits = 1024UL>

CLargeInteger<_uMaxDigits>& LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator<<=

(

LSUINT32

_ui32Shift

)

[inline]

Shift bits left by the given amount, storing the result in this instance.

Parameters:

_ui32Shift

The amount by which to shift.

Returns:

Returns the this instance, which holds the result.

template<unsigned _uMaxDigits = 1024UL>

bool LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator<=

(

const CLargeInteger< _uMaxDigits > &

_liOp

)

const [inline]

Less-than-or-equal-to comparison.

Parameters:

_liOp

The right operand.

Returns:

Returns true if this large integer is less than or equal to the given large integer.

template<unsigned _uMaxDigits = 1024UL>

CLargeInteger<_uMaxDigits> LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator=

(

const CLargeInteger< _uMaxDigits > &

_liOp

)

[inline]

Copy the value of another large integer into this one.

Parameters:

_liOp

The right operand.

Returns:

Returns the copied number.

template<unsigned _uMaxDigits = 1024UL>

bool LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator==

(

const CLargeInteger< _uMaxDigits > &

_liOp

)

const [inline]

Equality comparison.

Parameters:

_liOp

The right operand.

Returns:

Returns true if this large integer is equal to the given large integer.

template<unsigned _uMaxDigits = 1024UL>

bool LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator>

(

const CLargeInteger< _uMaxDigits > &

_liOp

)

const [inline]

Greater-than comparison.

Parameters:

_liOp

The right operand.

Returns:

Returns true if this large integer is greater than the given large integer.

template<unsigned _uMaxDigits = 1024UL>

bool LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator>=

(

const CLargeInteger< _uMaxDigits > &

_liOp

)

const [inline]

Greater-than-or-equal-to comparison.

Parameters:

_liOp

The right operand.

Returns:

Returns true if this large integer is greater than or equal to the given large integer.

template<unsigned _uMaxDigits = 1024UL>

CLargeInteger<_uMaxDigits> LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator>>

(

LSUINT32

_ui32Shift

)

const [inline]

Shift bits right by the given amount. The shifted value is returned.

Parameters:

_ui32Shift

The amount by which to shift.

Returns:

Returns the result as a new large integer.

template<unsigned _uMaxDigits = 1024UL>

CLargeInteger<_uMaxDigits>& LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator>>=

(

LSUINT32

_ui32Shift

)

[inline]

Shift bits right by the given amount, storing the result in this instance.

Parameters:

_ui32Shift

The amount by which to shift.

Returns:

Returns the this instance, which holds the result.

template<unsigned _uMaxDigits = 1024UL>

CLargeInteger<_uMaxDigits> LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator^

(

const CLargeInteger< _uMaxDigits > &

_liOp

)

const [inline]

Bitwise XOR operator. The result is returned.

Parameters:

_liOp

The right operand.

Returns:

Returns the result as a new large integer.

template<unsigned _uMaxDigits = 1024UL>

CLargeInteger<_uMaxDigits>& LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator^=

(

const CLargeInteger< _uMaxDigits > &

_liOp

)

[inline]

Bitwise XOR operator with assignent. The result is returned.

Parameters:

_liOp

The right operand.

Returns:

Returns the this instance, which holds the result.

template<unsigned _uMaxDigits = 1024UL>

CLargeInteger<_uMaxDigits> LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator|

(

const CLargeInteger< _uMaxDigits > &

_liOp

)

const [inline]

Bitwise OR operator. The result is returned.

Parameters:

_liOp

The right operand.

Returns:

Returns the result as a new large integer.

template<unsigned _uMaxDigits = 1024UL>

CLargeInteger<_uMaxDigits>& LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::operator|=

(

const CLargeInteger< _uMaxDigits > &

_liOp

)

[inline]

Bitwise OR operator with assignent. The result is returned.

Parameters:

_liOp

The right operand.

Returns:

Returns the this instance, which holds the result.

template<unsigned _uMaxDigits = 1024UL>

LSVOID LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::SetLength

(

LSUINT32

_ui32Length

)

[inline]

Set the length. Never use this.

Parameters:

_ui32Length

The new length of the large integer.

template<unsigned _uMaxDigits = 1024UL>

static LSUINT32 LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::ShiftLeft	(	LSUINT32 *	_pui32Data,
		LSUINT32	_ui32Len,
		LSUINT32	_ui32Amount
	)		[inline, static]

Shift bits left (up).

Parameters:

_pui32Data	Acts as both the input array of bytes and the output.
_ui32Len	Length of the buffer.
_ui32Amount	Amount by which to shift.

Returns:

Returns the number of used digits.

template<unsigned _uMaxDigits = 1024UL>

static LSUINT32 LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::ShiftRight	(	LSUINT32 *	_pui32Data,
		LSUINT32	_ui32Len,
		LSUINT32	_ui32Amount
	)		[inline, static]

Shift bits right (down).

Parameters:

_pui32Data	Acts as both the input array of bytes and the output.
_ui32Len	Length of the buffer.
_ui32Amount	Amount by which to shift.

Returns:

Returns the number of used digits.

template<unsigned _uMaxDigits = 1024UL>

static LSVOID LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::Subtract	(	const CLargeInteger< _uMaxDigits > &	_liLeft,
		const CLargeInteger< _uMaxDigits > &	_liRight,
		CLargeInteger< _uMaxDigits > &	_liResult
	)		[inline, static]

Subtract two large integers together and store the result in a third. An exception is thrown on overflow.

Parameters:

_liLeft	Left operand.
_liRight	Right operand.
_liResult	Result.

template<unsigned _uMaxDigits = 1024UL>

template<typename _tType >

LSUINT32 LSE_CALL lsstd::CLargeInteger< _uMaxDigits >::ToString	(	_tType *	_ptString,
		LSUINT32	_ui32MaxLen,
		LSUINT32	_ui32Radix
	)		[inline]

Print this number to a string. Returns the number of characters printed or the number of characters needed to print the whole numbr if _ptString is NULL.

Parameters:

_ptString	The output string.
_ui32MaxLen	The maximum number of characters to print. Ignored if _ptString is NULL.
_ui32Radix	The radix used for printing.

Returns:

Returns the number of characters printed (not including the NULL character) or the number of characters needed to print the whole number (including the NULL character).

---

The documentation for this class was generated from the following file:

• F:/My Projects/LSEngine/Modules/LSStandardLib/Src/LargeInteger/lsstdlargeinteger.h