Usual Structure

Internal type that implements the VO Compatible USUAL type.
This type has many operators and implicit converters that normally are never directly called from user code.

Namespace: XSharp
Assembly: XSharp.RT (in XSharp.RT.dll) Version: 2.3b

Syntax

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 STRUCTURE Usual IMPLEMENTS IConvertible, 
	IComparable, IComparable<USUAL>, IEquatable<USUAL>, 
	IIndexedProperties, IIndexer

public struct Usual : IConvertible, IComparable, 
	IComparable<Usual>, IEquatable<Usual>, IIndexedProperties, 
	IIndexer

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The Usual type exposes the following members.

Constructors

	Name	Description
	Usual(Object)	This constructor is used in code generated by the compiler when needed.
	Usual(Usual, Boolean)	Initializes a new instance of the Usual class

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Properties

	Name	Description
	IsArray	This property returns TRUE when the USUAL is of type ARRAY
	IsByRef	This property returns TRUE when the USUAL is passed by reference (not implemented yet)
	IsCodeblock	This property returns TRUE when the USUAL is of type CODEBLOCK
	IsCurrency	This property returns TRUE when the USUAL is of type Currency
	IsDate	This property returns TRUE when the USUAL is of type DATE
	IsDateTime	This property returns TRUE when the USUAL is of type DateTime
	IsDecimal	This property returns TRUE when the USUAL is of type Decimal
	IsFloat	This property returns TRUE when the USUAL is of type FLOAT
	IsFractional	This property returns TRUE when the USUAL is of type FLOAT, Decimal or Currency
	IsInt64	This property returns TRUE when the USUAL is of type Int64
	IsInteger	This property returns TRUE when the USUAL is of type LONG or INT64
	IsLogic	This property returns TRUE when the USUAL is of type LOGIC
	IsLong	This property returns TRUE when the USUAL is of type Long
	IsNumeric	This property returns TRUE when the USUAL is of type LONG, Int64, FLOAT or Decimal
	IsObject	This property returns TRUE when the USUAL is of type Object
	IsPtr	This property returns TRUE when the USUAL is of type Ptr (IntPtr)
	IsString	This property returns TRUE when the USUAL is of type String
	IsSymbol	This property returns TRUE when the USUAL is of type Symbol
	ItemInt32	Get/Set array elements with a ZERO based array index.
	ItemInt32	Get/Set array elements with a ZERO based array index.
	ItemString	Get/Set array elements with a ZERO based array index.
	SystemType	This property returns the System.Type that represents the value of the usual.
	Type	This property returns the __UsualType of the USUAL

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Methods

	Name	Description
	__InexactEquals(Usual, String)	This method is used by the compiler for code that does an inexact comparison between a usual and a string.
	__InexactEquals(Usual, Usual)	This method is used by the compiler for code that does an inexact comparison between two usuals.
	__InexactNotEquals(Usual, String)	This method is used by the compiler for code that does an inexact comparison.
	__InexactNotEquals(Usual, Usual)	This method is used by the compiler for code that does an inexact comparison.
	CompareTo(Object)	This method is needed to implement the IComparable interface.
	CompareTo(Usual)	This operator is used in code generated by the compiler when needed.
	Equals(Object)	Indicates whether this instance and a specified object are equal. (Overrides Equals(Object).)
	Equals(Usual)	Indicates whether the current object is equal to another object of the same type.
	GetHashCode	Returns the hash code for this instance. (Overrides GetHashCode.)

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Operators

	Name	Description
	Addition	This operator is used in code generated by the compiler when needed.
	BitwiseAnd	This operator is used in code generated by the compiler when needed.
	BitwiseOr	This operator is used in code generated by the compiler when needed.
	Decrement	This operator is used in code generated by the compiler when needed.
	Division	This operator is used in code generated by the compiler when needed.
	Equality	This operator is used in code generated by the compiler when needed.
	GreaterThan	This operator is used in code generated by the compiler when needed.
	GreaterThanOrEqual	This operator is used in code generated by the compiler when needed.
	(Boolean to Usual)	This operator is used in code generated by the compiler when needed.
	(Byte to Usual)	This operator is used in code generated by the compiler when needed.
	(DateTime to Usual)	This operator is used in code generated by the compiler when needed.
	(Decimal to Usual)	This operator is used in code generated by the compiler when needed.
	(Double to Usual)	This operator is used in code generated by the compiler when needed.
	(Int16 to Usual)	This operator is used in code generated by the compiler when needed.
	(Int32 to Usual)	This operator is used in code generated by the compiler when needed.
	(Int64 to Usual)	This operator is used in code generated by the compiler when needed.
	(IntPtr to Usual)	This operator is used in code generated by the compiler when needed.
	(Object to Usual)	This operator is used in code generated by the compiler when needed.
	(SByte to Usual)	This operator is used in code generated by the compiler when needed.
	(Single to Usual)	This operator is used in code generated by the compiler when needed.
	(String to Usual)	This operator is used in code generated by the compiler when needed.
	(UInt16 to Usual)	This operator is used in code generated by the compiler when needed.
	(UInt32 to Usual)	This operator is used in code generated by the compiler when needed.
	(UInt64 to Usual)	This operator is used in code generated by the compiler when needed.
	(Void* to Usual)	This operator is used in code generated by the compiler when needed.
	(Array to Usual)	This operator is used in code generated by the compiler when needed.
	(Currency to Usual)	This operator is used in code generated by the compiler when needed.
	(Date to Usual)	This operator is used in code generated by the compiler when needed.
	(Float to Usual)	This operator is used in code generated by the compiler when needed.
	(Psz to Usual)	This operator is used in code generated by the compiler when needed.
	(Symbol to Usual)	This operator is used in code generated by the compiler when needed.
	(Usual to Array)	This operator is used in code generated by the compiler when needed.
	(Usual to Codeblock)	This operator is used in code generated by the compiler when needed.
	(Usual to Boolean)	This operator is used in code generated by the compiler when needed.
	(Usual to Date)	This operator is used in code generated by the compiler when needed.
	(Usual to DateTime)	This operator is used in code generated by the compiler when needed.
	(Usual to IntPtr)	This operator is used in code generated by the compiler when needed.
	(Usual to Void*)	This operator is used in code generated by the compiler when needed.
	(Usual to String)	This operator is used in code generated by the compiler when needed.
	(Usual to Symbol)	This operator is used in code generated by the compiler when needed.
	(Usual to Psz)	This operator is used in code generated by the compiler when needed.
	(Usual to Byte)	This operator is used in code generated by the compiler when needed.
	(Usual to Int16)	This operator is used in code generated by the compiler when needed.
	(Usual to Int32)	This operator is used in code generated by the compiler when needed.
	(Usual to Int64)	This operator is used in code generated by the compiler when needed.
	(Usual to Decimal)	This operator is used in code generated by the compiler when needed.
	(Usual to SByte)	This operator is used in code generated by the compiler when needed.
	(Usual to UInt16)	This operator is used in code generated by the compiler when needed.
	(Usual to UInt32)	This operator is used in code generated by the compiler when needed.
	(Usual to UInt64)	This operator is used in code generated by the compiler when needed.
	(Usual to Single)	This operator is used in code generated by the compiler when needed.
	(Usual to Double)	This operator is used in code generated by the compiler when needed.
	(Usual to Float)	This operator is used in code generated by the compiler when needed.
	Increment	This operator is used in code generated by the compiler when needed.
	Inequality	This operator is used in code generated by the compiler when needed.
	LeftShift	This operator is used in code generated by the compiler when needed.
	LessThan	This operator is used in code generated by the compiler when needed.
	LessThanOrEqual	This operator is used in code generated by the compiler when needed.
	LogicalNot	This operator is used in code generated by the compiler when needed.
	Modulus	This operator is used in code generated by the compiler when needed.
	Multiply	This operator is used in code generated by the compiler when needed.
	OnesComplement	This operator is used in code generated by the compiler when needed.
	RightShift	This operator is used in code generated by the compiler when needed.
	Subtraction	This operator is used in code generated by the compiler when needed.
	UnaryNegation	This operator is used in code generated by the compiler when needed.
	UnaryPlus	This operator is used in code generated by the compiler when needed.

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Explicit Interface Implementations

	Name	Description
	IConvertibleToBoolean	Converts the value of this instance to an equivalent Boolean value using the specified culture-specific formatting information.
	IConvertibleToByte	Converts the value of this instance to an equivalent 8-bit unsigned integer using the specified culture-specific formatting information.
	IConvertibleToChar	Converts the value of this instance to an equivalent Unicode character using the specified culture-specific formatting information.
	IConvertibleToDateTime	Converts the value of this instance to an equivalent DateTime using the specified culture-specific formatting information.
	IConvertibleToDecimal	Converts the value of this instance to an equivalent Decimal number using the specified culture-specific formatting information.
	IConvertibleToDouble	Converts the value of this instance to an equivalent double-precision floating-point number using the specified culture-specific formatting information.
	IConvertibleToInt16	Converts the value of this instance to an equivalent 16-bit signed integer using the specified culture-specific formatting information.
	IConvertibleToInt32	Converts the value of this instance to an equivalent 32-bit signed integer using the specified culture-specific formatting information.
	IConvertibleToInt64	Converts the value of this instance to an equivalent 64-bit signed integer using the specified culture-specific formatting information.
	IConvertibleToSByte	Converts the value of this instance to an equivalent 8-bit signed integer using the specified culture-specific formatting information.
	IConvertibleToSingle	Converts the value of this instance to an equivalent single-precision floating-point number using the specified culture-specific formatting information.
	IConvertibleToType	Converts the value of this instance to an Object of the specified Type that has an equivalent value, using the specified culture-specific formatting information.
	IConvertibleToUInt16	Converts the value of this instance to an equivalent 16-bit unsigned integer using the specified culture-specific formatting information.
	IConvertibleToUInt32	Converts the value of this instance to an equivalent 32-bit unsigned integer using the specified culture-specific formatting information.
	IConvertibleToUInt64	Converts the value of this instance to an equivalent 64-bit unsigned integer using the specified culture-specific formatting information.

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Reference

XSharp Namespace