IIfValue

Overview

An IIF value is a conditional expression, the first parameter is the condition which is always evaluated. If it's true the second parameter is evaluated, if it's false the third parameter is evaluated.

Location

Reference: RemObjects.Elements.Cirrus.dll
Namespace: RemObjects.Elements.Cirrus.Values
Ancestry: Value | IIfValue

constructor

Create a new instance of this class

constructor

IIfValue()

init()

IIfValue()

Sub New()

constructor (Value, Value, Value)

Create a new instance of this class

constructor(aCondition: Value; aTrue: Value; aFalse: Value)

IIfValue(Value aCondition, Value aTrue, Value aFalse)

init(_ aCondition: Value, _ aTrue: Value, _ aFalse: Value)

IIfValue(Value aCondition, Value aTrue, Value aFalse)

Sub New(aCondition As Value, aTrue As Value, aFalse As Value)

Parameters:

aCondition: If condition
aTrue: Value to return if aCondition is true.
aFalse: Value to return if aCondition is false.

constructor (Value, Value, Value, IType)

Create a new instance of this class

constructor(aCondition: Value; aTrue: Value; aFalse: Value; aType: IType)

IIfValue(Value aCondition, Value aTrue, Value aFalse, IType aType)

init(_ aCondition: Value, _ aTrue: Value, _ aFalse: Value, _ aType: IType)

IIfValue(Value aCondition, Value aTrue, Value aFalse, IType aType)

Sub New(aCondition As Value, aTrue As Value, aFalse As Value, aType As IType)

Parameters:

aCondition: If condition
aTrue: Value to return if aCondition is true.
aFalse: Value to return if aCondition is false.
aType: Return type for this if.

Binary (declared in Value)

Creates a binary value

method Binary(aOp: BinaryOperator; aOther: Value): Value

Value Binary(BinaryOperator aOp, Value aOther)

func Binary(_ aOp: BinaryOperator, _ aOther: Value) -> Value

Value Binary(BinaryOperator aOp, Value aOther)

Function Binary(aOp As BinaryOperator, aOther As Value) As Value

Parameters:

aOp: Operator
aOther: Right side value

Condition

Gets or sets the condition for this IIF expression

property Condition: Value read write;

Value Condition { get; set; }

var Condition: Value { get{} set{} }

Value Condition { __get; __set; }

Property Condition() As Value

False

The false value

property False: Value read write;

Value False { get; set; }

var False: Value { get{} set{} }

Value False { __get; __set; }

Property False() As Value

Identifier (String): Value (declared in Value)

creates an identifier value

method Identifier(aName: String): Value

Value Identifier(String aName)

func Identifier(_ aName: String) -> Value

Value Identifier(String aName)

Function Identifier(aName As String) As Value

Parameters:

aName: Name of the value

Identifier (String, array of IType): Value (declared in Value)

creates an identifier value

method Identifier(aName: String; aArgs: array of IType): Value

Value Identifier(String aName, IType[] aArgs)

func Identifier(_ aName: String, _ aArgs: IType...) -> Value

Value Identifier(String aName, IType[] aArgs)

Function Identifier(aName As String, aArgs As IType()) As Value

Parameters:

aName: Name of the value
aArgs: Generic arguments.

Kind

Value kind; use this for a fast way of determining what kind of sub class a Value object is

property Kind: ValueKind read;

ValueKind Kind { get; }

var Kind: ValueKind { get{} }

ValueKind Kind { __get; }

ReadOnly Property Kind() As ValueKind

Length (declared in Value)

Creates a length value

method Length: Value

Value Length()

func Length() -> Value

Value Length()

Function Length() As Value

NotNil (declared in Value)

Creates a not nil value

method NotNil: Value

Value NotNil()

func NotNil() -> Value

Value NotNil()

Function NotNil() As Value

Position (declared in Value)

Position this value is defined at (if not set, it will be at the aspects position)

property Position: IPosition read write;

IPosition Position { get; set; }

var Position: IPosition { get{} set{} }

IPosition Position { __get; __set; }

Property Position() As IPosition

Proc (String, array of IType, array of Value): Value (declared in Value)

Creates a call value

method Proc(aName: String; aGP: array of IType; params aArgs: array of Value): Value

Value Proc(String aName, IType[] aGP, params Value[] aArgs)

func Proc(_ aName: String, _ aGP: IType..., _ aArgs: Value...) -> Value

Value Proc(String aName, IType[] aGP, Value[]... aArgs)

Function Proc(aName As String, aGP As IType(), ParamArray aArgs As Value()) As Value

Parameters:

aName: Method name
aGP: Generic parameters to pass
aArgs: Arguments for this call

Proc (String, array of Value): Value (declared in Value)

Creates a call value

method Proc(aName: String; params aArgs: array of Value): Value

Value Proc(String aName, params Value[] aArgs)

func Proc(_ aName: String, _ aArgs: Value...) -> Value

Value Proc(String aName, Value[]... aArgs)

Function Proc(aName As String, ParamArray aArgs As Value()) As Value

Parameters:

aName: Method name
aArgs: Arguments for this call

SubArray (declared in Value)

Creates an array/property element access value

method SubArray(params aArgs: array of Value): Value

Value SubArray(params Value[] aArgs)

func SubArray(_ aArgs: Value...) -> Value

Value SubArray(Value[]... aArgs)

Function SubArray(ParamArray aArgs As Value()) As Value

Parameters:

aArgs: Arguments for element access

ToString

Returns the string value of this value

method ToString: String

String ToString()

func ToString() -> String

String ToString()

Function ToString() As String

True

The true value

property True: Value read write;

Value True { get; set; }

var True: Value { get{} set{} }

Value True { __get; __set; }

Property True() As Value

Type

The result type

property Type: IType read write;

IType Type { get; set; }

var Type: IType { get{} set{} }

IType Type { __get; __set; }

Property Type() As IType

Unary (declared in Value)

Creates a unary value

method Unary(aOp: UnaryOperator): Value

Value Unary(UnaryOperator aOp)

func Unary(_ aOp: UnaryOperator) -> Value

Value Unary(UnaryOperator aOp)

Function Unary(aOp As UnaryOperator) As Value

Parameters:

aOp: Operator

Condition

Gets or sets the condition for this IIF expression

property Condition: Value read write;

Value Condition { get; set; }

var Condition: Value { get{} set{} }

Value Condition { __get; __set; }

Property Condition() As Value

False

The false value

property False: Value read write;

Value False { get; set; }

var False: Value { get{} set{} }

Value False { __get; __set; }

Property False() As Value

Kind

Value kind; use this for a fast way of determining what kind of sub class a Value object is

property Kind: ValueKind read;

ValueKind Kind { get; }

var Kind: ValueKind { get{} }

ValueKind Kind { __get; }

ReadOnly Property Kind() As ValueKind

Position (declared in Value)

Position this value is defined at (if not set, it will be at the aspects position)

property Position: IPosition read write;

IPosition Position { get; set; }

var Position: IPosition { get{} set{} }

IPosition Position { __get; __set; }

Property Position() As IPosition

True

The true value

property True: Value read write;

Value True { get; set; }

var True: Value { get{} set{} }

Value True { __get; __set; }

Property True() As Value

Type

The result type

property Type: IType read write;

IType Type { get; set; }

var Type: IType { get{} set{} }

IType Type { __get; __set; }

Property Type() As IType

constructor

Create a new instance of this class

constructor

IIfValue()

init()

IIfValue()

Sub New()

constructor (Value, Value, Value)

Create a new instance of this class

constructor(aCondition: Value; aTrue: Value; aFalse: Value)

IIfValue(Value aCondition, Value aTrue, Value aFalse)

init(_ aCondition: Value, _ aTrue: Value, _ aFalse: Value)

IIfValue(Value aCondition, Value aTrue, Value aFalse)

Sub New(aCondition As Value, aTrue As Value, aFalse As Value)

Parameters:

aCondition: If condition
aTrue: Value to return if aCondition is true.
aFalse: Value to return if aCondition is false.

constructor (Value, Value, Value, IType)

Create a new instance of this class

constructor(aCondition: Value; aTrue: Value; aFalse: Value; aType: IType)

IIfValue(Value aCondition, Value aTrue, Value aFalse, IType aType)

init(_ aCondition: Value, _ aTrue: Value, _ aFalse: Value, _ aType: IType)

IIfValue(Value aCondition, Value aTrue, Value aFalse, IType aType)

Sub New(aCondition As Value, aTrue As Value, aFalse As Value, aType As IType)

Parameters:

aCondition: If condition
aTrue: Value to return if aCondition is true.
aFalse: Value to return if aCondition is false.
aType: Return type for this if.

Binary (declared in Value)

Creates a binary value

method Binary(aOp: BinaryOperator; aOther: Value): Value

Value Binary(BinaryOperator aOp, Value aOther)

func Binary(_ aOp: BinaryOperator, _ aOther: Value) -> Value

Value Binary(BinaryOperator aOp, Value aOther)

Function Binary(aOp As BinaryOperator, aOther As Value) As Value

Parameters:

aOp: Operator
aOther: Right side value

Identifier (String): Value (declared in Value)

creates an identifier value

method Identifier(aName: String): Value

Value Identifier(String aName)

func Identifier(_ aName: String) -> Value

Value Identifier(String aName)

Function Identifier(aName As String) As Value

Parameters:

aName: Name of the value

Identifier (String, array of IType): Value (declared in Value)

creates an identifier value

method Identifier(aName: String; aArgs: array of IType): Value

Value Identifier(String aName, IType[] aArgs)

func Identifier(_ aName: String, _ aArgs: IType...) -> Value

Value Identifier(String aName, IType[] aArgs)

Function Identifier(aName As String, aArgs As IType()) As Value

Parameters:

aName: Name of the value
aArgs: Generic arguments.

Length (declared in Value)

Creates a length value

method Length: Value

Value Length()

func Length() -> Value

Value Length()

Function Length() As Value

NotNil (declared in Value)

Creates a not nil value

method NotNil: Value

Value NotNil()

func NotNil() -> Value

Value NotNil()

Function NotNil() As Value

Proc (String, array of IType, array of Value): Value (declared in Value)

Creates a call value

method Proc(aName: String; aGP: array of IType; params aArgs: array of Value): Value

Value Proc(String aName, IType[] aGP, params Value[] aArgs)

func Proc(_ aName: String, _ aGP: IType..., _ aArgs: Value...) -> Value

Value Proc(String aName, IType[] aGP, Value[]... aArgs)

Function Proc(aName As String, aGP As IType(), ParamArray aArgs As Value()) As Value

Parameters:

aName: Method name
aGP: Generic parameters to pass
aArgs: Arguments for this call

Proc (String, array of Value): Value (declared in Value)

Creates a call value

method Proc(aName: String; params aArgs: array of Value): Value

Value Proc(String aName, params Value[] aArgs)

func Proc(_ aName: String, _ aArgs: Value...) -> Value

Value Proc(String aName, Value[]... aArgs)

Function Proc(aName As String, ParamArray aArgs As Value()) As Value

Parameters:

aName: Method name
aArgs: Arguments for this call

SubArray (declared in Value)

Creates an array/property element access value

method SubArray(params aArgs: array of Value): Value

Value SubArray(params Value[] aArgs)

func SubArray(_ aArgs: Value...) -> Value

Value SubArray(Value[]... aArgs)

Function SubArray(ParamArray aArgs As Value()) As Value

Parameters:

aArgs: Arguments for element access

ToString

Returns the string value of this value

method ToString: String

String ToString()

func ToString() -> String

String ToString()

Function ToString() As String

Unary (declared in Value)

Creates a unary value

method Unary(aOp: UnaryOperator): Value

Value Unary(UnaryOperator aOp)

func Unary(_ aOp: UnaryOperator) -> Value

Value Unary(UnaryOperator aOp)

Function Unary(aOp As UnaryOperator) As Value

Parameters:

aOp: Operator

Value