Uses of Class
com.influxdb.client.domain.Expression
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Uses of Expression in com.influxdb.client.domain
Modifier and TypeClassDescriptionclass
Used to create and directly specify the elements of an array objectclass
uses binary operators to act on two operands in an expressionclass
Represents boolean valuesclass
Represents a function callclass
Selects one of two expressions, `Alternate` or `Consequent`, depending on a third boolean expression, `Test`class
Represents an instant in time with nanosecond precision using the syntax of golang's RFC3339 Nanosecond variantclass
Used to create and directly specify the elements of a dictionaryclass
Represents the elapsed time between two instants as an int64 nanosecond count with syntax of golang's time.Durationclass
Represents floating point numbers according to the double representations defined by the IEEE-754-1985class
Function expressionclass
A valid Flux identifierclass
Represents indexing into an arrayclass
Represents integer numbersclass
Represents the rule conditions that collectively evaluate to either true or falseclass
Represents accessing a property of an objectclass
Allows the declaration of an anonymous object within a declarationclass
Represents an expression wrapped in parenthesisclass
Call expression with pipe argumentclass
Represents a specialized literal value, indicating the left hand value of a pipe expressionclass
PropertyKeyclass
Expressions begin and end with `/` and are regular expressions with syntax accepted by RE2class
Expressions begin and end with double quote marksclass
Uses operators to act on a single operand in an expressionclass
Represents integer numbersModifier and TypeMethodDescriptionConditionalExpression.getAlternate()
Get alternatePipeExpression.getArgument()
Get argumentReturnStatement.getArgument()
Get argumentUnaryExpression.getArgument()
Get argumentIndexExpression.getArray()
Get arrayCallExpression.getCallee()
Get calleeConditionalExpression.getConsequent()
Get consequentExpressionStatement.getExpression()
Get expressionParenExpression.getExpression()
Get expressionIndexExpression.getIndex()
Get indexMemberAssignment.getInit()
Get initVariableAssignment.getInit()
Get initDictItem.getKey()
Get keyBinaryExpression.getLeft()
Get leftLogicalExpression.getLeft()
Get leftMemberExpression.getObject()
Get objectBinaryExpression.getRight()
Get rightLogicalExpression.getRight()
Get rightConditionalExpression.getTest()
Get testDictItem.getVal()
Get valProperty.getValue()
Get valueModifier and TypeMethodDescriptionCallExpression.getArguments()
Function argumentsArrayExpression.getElements()
Elements of the arrayModifier and TypeMethodDescriptionCallExpression.addArgumentsItem
(Expression argumentsItem) ArrayExpression.addElementsItem
(Expression elementsItem) ConditionalExpression.alternate
(Expression alternate) PipeExpression.argument
(Expression argument) ReturnStatement.argument
(Expression argument) UnaryExpression.argument
(Expression argument) IndexExpression.array
(Expression array) CallExpression.callee
(Expression callee) ConditionalExpression.consequent
(Expression consequent) ExpressionStatement.expression
(Expression expression) ParenExpression.expression
(Expression expression) IndexExpression.index
(Expression index) MemberAssignment.init
(Expression init) VariableAssignment.init
(Expression init) DictItem.key
(Expression key) BinaryExpression.left
(Expression left) LogicalExpression.left
(Expression left) MemberExpression.object
(Expression object) BinaryExpression.right
(Expression right) LogicalExpression.right
(Expression right) void
ConditionalExpression.setAlternate
(Expression alternate) void
PipeExpression.setArgument
(Expression argument) void
ReturnStatement.setArgument
(Expression argument) void
UnaryExpression.setArgument
(Expression argument) void
IndexExpression.setArray
(Expression array) void
CallExpression.setCallee
(Expression callee) void
ConditionalExpression.setConsequent
(Expression consequent) void
ExpressionStatement.setExpression
(Expression expression) void
ParenExpression.setExpression
(Expression expression) void
IndexExpression.setIndex
(Expression index) void
MemberAssignment.setInit
(Expression init) void
VariableAssignment.setInit
(Expression init) void
DictItem.setKey
(Expression key) void
BinaryExpression.setLeft
(Expression left) void
LogicalExpression.setLeft
(Expression left) void
MemberExpression.setObject
(Expression object) void
BinaryExpression.setRight
(Expression right) void
LogicalExpression.setRight
(Expression right) void
ConditionalExpression.setTest
(Expression test) void
DictItem.setVal
(Expression val) void
Property.setValue
(Expression value) ConditionalExpression.test
(Expression test) DictItem.val
(Expression val) Property.value
(Expression value) Modifier and TypeMethodDescriptionCallExpression.arguments
(List<Expression> arguments) ArrayExpression.elements
(List<Expression> elements) void
CallExpression.setArguments
(List<Expression> arguments) void
ArrayExpression.setElements
(List<Expression> elements)