Struct Decimal128

Namespace: MongoDB.Bson

Assembly: MongoDB.Bson.dll

Represents a Decimal128 value.

[Serializable]
public struct Decimal128 : IConvertible, IComparable<Decimal128>, IEquatable<Decimal128>

Implements: IConvertible

IComparable<Decimal128>

IEquatable<Decimal128>

Inherited Members: object.Equals(object, object)

object.GetType()

object.ReferenceEquals(object, object)

Extension Methods: BsonExtensionMethods.ToBsonDocument<TNominalType>(TNominalType, IBsonSerializer<TNominalType>, Action<BsonSerializationContext.Builder>, BsonSerializationArgs)

BsonExtensionMethods.ToBson<TNominalType>(TNominalType, IBsonSerializer<TNominalType>, BsonBinaryWriterSettings, Action<BsonSerializationContext.Builder>, BsonSerializationArgs, int)

BsonExtensionMethods.ToJson<TNominalType>(TNominalType, JsonWriterSettings, IBsonSerializer<TNominalType>, Action<BsonSerializationContext.Builder>, BsonSerializationArgs)

BsonExtensionMethods.ToBson(object, Type, BsonBinaryWriterSettings, IBsonSerializer, Action<BsonSerializationContext.Builder>, BsonSerializationArgs, int)

BsonExtensionMethods.ToBsonDocument(object, Type, IBsonSerializer, Action<BsonSerializationContext.Builder>, BsonSerializationArgs)

BsonExtensionMethods.ToJson(object, Type, JsonWriterSettings, IBsonSerializer, Action<BsonSerializationContext.Builder>, BsonSerializationArgs)

Constructors

Decimal128(decimal): Initializes a new instance of the Decimal128 struct.

Decimal128(double): Initializes a new instance of the Decimal128 struct.

Decimal128(int): Initializes a new instance of the Decimal128 struct.

Decimal128(long): Initializes a new instance of the Decimal128 struct.

Decimal128(float): Initializes a new instance of the Decimal128 struct.

Decimal128(uint): Initializes a new instance of the Decimal128 struct.

Decimal128(ulong): Initializes a new instance of the Decimal128 struct.

Properties

MaxValue: Gets the maximum value.

MinValue: Gets the minimum value.

NegativeInfinity: Represents negative infinity.

One: Represents one.

PositiveInfinity: Represents positive infinity.

QNaN: Represents a value that is not a number.

SNaN: Represents a value that is not a number and raises errors when used in calculations.

Zero: Represents zero.

Methods

Compare(Decimal128, Decimal128): Compares two specified Decimal128 values and returns an integer that indicates whether the first value is greater than, less than, or equal to the second value.

CompareTo(Decimal128)

Equals(Decimal128)

Equals(Decimal128, Decimal128): Determines whether the specified Decimal128 instances are considered equal.

Equals(object)

FromComponents(bool, short, ulong, ulong): Creates a new Decimal128 value from its components.

FromIEEEBits(ulong, ulong): Creates a new Decimal128 value from the IEEE encoding bits.

GetExponent(Decimal128): Gets the exponent of a Decimal128 value.

GetHashCode()

GetIEEEHighBits(): Gets the high order 64 bits of the binary representation of this instance.

GetIEEELowBits(): Gets the low order 64 bits of the binary representation of this instance.

GetSignificandHighBits(Decimal128): Gets the high bits of the significand of a Decimal128 value.

GetSignificandLowBits(Decimal128): Gets the high bits of the significand of a Decimal128 value.

IsInfinity(Decimal128): Returns a value indicating whether the specified number evaluates to negative or positive infinity.

IsNaN(Decimal128): Returns a value indicating whether the specified number is not a number.

IsNegative(Decimal128): Returns a value indicating whether the specified number is negative.

IsNegativeInfinity(Decimal128): Returns a value indicating whether the specified number evaluates to negative infinity.

IsPositiveInfinity(Decimal128): Returns a value indicating whether the specified number evaluates to positive infinity.

IsQNaN(Decimal128): Returns a value indicating whether the specified number is a quiet not a number.

IsSNaN(Decimal128): Returns a value indicating whether the specified number is a signaled not a number.

IsZero(Decimal128): Returns a value indicating whether the specified number is zero.

Negate(Decimal128): Negates the specified x.

Parse(string): Converts the string representation of a number to its Decimal128 equivalent.

ToByte(Decimal128): Converts the value of the specified Decimal128 to the equivalent 8-bit unsigned integer.

ToDecimal(Decimal128): Converts the value of the specified Decimal128 to the equivalent decimal.

ToDouble(Decimal128): Converts the value of the specified Decimal128 to the equivalent double.

ToInt16(Decimal128): Converts the value of the specified Decimal128 to the equivalent 16-bit signed integer.

ToInt32(Decimal128): Converts the value of the specified Decimal128 to the equivalent 32-bit signed integer.

ToInt64(Decimal128): Converts the value of the specified Decimal128 to the equivalent 64-bit signed integer.

ToSByte(Decimal128): Converts the value of the specified Decimal128 to the equivalent 8-bit signed integer.

ToSingle(Decimal128): Converts the value of the specified Decimal128 to the equivalent float.

ToString()

ToUInt16(Decimal128): Converts the value of the specified Decimal128 to the equivalent 16-bit unsigned integer.

ToUInt32(Decimal128): Converts the value of the specified Decimal128 to the equivalent 32-bit unsigned integer.

ToUInt64(Decimal128): Converts the value of the specified Decimal128 to the equivalent 64-bit unsigned integer.

TryParse(string, out Decimal128): Converts the string representation of a number to its Decimal128 equivalent. A return value indicates whether the conversion succeeded or failed.

Operators

operator ==(Decimal128, Decimal128): Implements the operator ==.

explicit operator byte(Decimal128): Performs an explicit conversion from Decimal128 to byte.

explicit operator char(Decimal128): Performs an explicit conversion from Decimal128 to char.

explicit operator decimal(Decimal128): Performs an explicit conversion from Decimal128 to decimal.

explicit operator double(Decimal128): Performs an explicit conversion from Decimal128 to double.

explicit operator short(Decimal128): Performs an explicit conversion from Decimal128 to short.

explicit operator int(Decimal128): Performs an explicit conversion from Decimal128 to int.

explicit operator long(Decimal128): Performs an explicit conversion from Decimal128 to long.

explicit operator sbyte(Decimal128): Performs an explicit conversion from Decimal128 to sbyte.

explicit operator float(Decimal128): Performs an explicit conversion from Decimal128 to float.

explicit operator ushort(Decimal128): Performs an explicit conversion from Decimal128 to ushort.

explicit operator uint(Decimal128): Performs an explicit conversion from Decimal128 to uint.

explicit operator ulong(Decimal128): Performs an explicit conversion from Decimal128 to ulong.

explicit operator Decimal128(double): Performs an explicit conversion from double to Decimal128.

explicit operator Decimal128(float): Performs an explicit conversion from float to Decimal128.

operator >(Decimal128, Decimal128): Returns a value indicating whether a specified Decimal128 is greater than another specified Decimal128.

operator >=(Decimal128, Decimal128): Returns a value indicating whether a specified Decimal128 is greater than or equal to another another specified Decimal128.

implicit operator Decimal128(byte): Performs an implicit conversion from byte to Decimal128.

implicit operator Decimal128(decimal): Performs an implicit conversion from decimal to Decimal128.

implicit operator Decimal128(short): Performs an implicit conversion from short to Decimal128.

implicit operator Decimal128(int): Performs an implicit conversion from int to Decimal128.

implicit operator Decimal128(long): Performs an implicit conversion from long to Decimal128.

implicit operator Decimal128(sbyte): Performs an implicit conversion from sbyte to Decimal128.

implicit operator Decimal128(ushort): Performs an implicit conversion from ushort to Decimal128.

implicit operator Decimal128(uint): Performs an implicit conversion from uint to Decimal128.

implicit operator Decimal128(ulong): Performs an implicit conversion from ulong to Decimal128.

operator !=(Decimal128, Decimal128): Implements the operator !=.

operator <(Decimal128, Decimal128): Returns a value indicating whether a specified Decimal128 is less than another specified Decimal128.

operator <=(Decimal128, Decimal128): Returns a value indicating whether a specified Decimal128 is less than or equal to another another specified Decimal128.

Table of Contents

Struct Decimal128

Constructors

Properties

Methods

Operators