base_uint

Synopsis

Declared in <arith_uint256.h>

template<unsigned int BITS>
class base_uint;

Name	Description
`base_uint` [constructor]	Constructors
`operator=`	Assignment operators
`CompareTo`	Numeric ordering, treating the value as an unsigned integer rather than a byte blob.
`EqualTo`	Tests whether the value equals a 64-bit unsigned number.
`GetHex`	Hex encoding of the number (with the most significant digits first).
`GetLow64`	Returns the low 64 bits of the value.
`ToString`	Returns the value as a human-readable string.
`bits`	Returns the position of the highest bit set plus one, or zero if the value is zero.
`getdouble`	Converts the value to a double-precision floating-point number.
`operator&=`	Applies a bitwise AND with another big integer in place.
`operator*=`	Multiplication assignment operators
`operator++`	Increment operators
`operator+=`	Addition assignment operators
`operator-`	Returns the two's-complement negation of the value.
`operator--`	Decrement operators
`operator-=`	Subtraction assignment operators
`operator/=`	Divides this value by another big integer in place.
`operator<<=`	Shifts the value left by the given number of bits in place.
`operator>>=`	Shifts the value right by the given number of bits in place.
`operator^=`	Bitwise exclusive-or assignment operators
`operator\|=`	Bitwise disjunction assignment operators
`operator~`	Returns the bitwise complement of the value.
`size`	Returns the size in bytes of the internal representation.

Name	Description
`pn`	Big integer represented with 32-bit digits, least-significant first.

Name	Description
`WIDTH`	Number of 32-bit digits used to store the value.

Name
`base_uint<256>`

Name	Description
`operator==`	Tests whether a big integer equals a 64-bit value.
`operator<=>`	Performs a three-way comparison of two big integers.
`operator==`	Tests whether two big integers are equal.
`operator*`	Returns the product of a big integer and a 32-bit value.
`operator<<`	Returns the value shifted left by a number of bits.
`operator>>`	Returns the value shifted right by a number of bits.
`operator^`	Returns the bitwise XOR of two big integers.
`operator&`	Returns the bitwise AND of two big integers.
`operator\|`	Returns the bitwise OR of two big integers.
`operator/`	Returns the quotient of two big integers.
`operator*`	Returns the product of two big integers.
`operator-`	Returns the difference of two big integers.
`operator+`	Returns the sum of two big integers.

Name	Description
`operator&`	Returns the bitwise AND of two big integers.
`operator*`	Returns the product of a big integer and a 32-bit value.
`operator*`	Returns the product of two big integers.
`operator+`	Returns the sum of two big integers.
`operator-`	Returns the difference of two big integers.
`operator/`	Returns the quotient of two big integers.
`operator<<`	Returns the value shifted left by a number of bits.
`operator<=>`	Performs a three-way comparison of two big integers.
`operator==`	Tests whether two big integers are equal.
`operator==`	Tests whether a big integer equals a 64-bit value.
`operator>>`	Returns the value shifted right by a number of bits.
`operator^`	Returns the bitwise XOR of two big integers.
`operator\|`	Returns the bitwise OR of two big integers.

Name	Description
`arith_uint256`	256-bit unsigned big integer.