Uses of Interface com.google.template.soy.exprtree.ExprNode (Closure Templates)

Packages that use ExprNode
Package	Description
com.google.template.soy.exprparse	Parser for Soy expressions.
com.google.template.soy.exprtree	Expression parse tree.
com.google.template.soy.passes
com.google.template.soy.soytree	Soy parse tree.

Uses of ExprNode in com.google.template.soy.exprparse

Methods in com.google.template.soy.exprparse that return ExprNode
Modifier and Type	Method and Description
`ExprNode`	ExpressionParser.`parseExpression()` Parses the input as an expression.

Methods in com.google.template.soy.exprparse that return types with arguments of type ExprNode
Modifier and Type	Method and Description
`List<ExprNode>`	ExpressionParser.`parseExpressionList()` Parses the input as a comma-separated list of expressions.

Uses of ExprNode in com.google.template.soy.exprtree

Subinterfaces of ExprNode in com.google.template.soy.exprtree
Modifier and Type	Interface and Description
`static interface`	`ExprNode.ConstantNode` A node representing a constant.
`static interface`	`ExprNode.OperatorNode` A node representing an operator (with operands as children).
`static interface`	`ExprNode.ParentExprNode` A node in an expression parse tree that may be a parent.
`static interface`	`ExprNode.PrimitiveNode` A node representing a primitive literal.

Classes in com.google.template.soy.exprtree that implement ExprNode
Modifier and Type	Class and Description
`class`	`AbstractExprNode` Abstract implementation of an ExprNode.
`class`	`AbstractOperatorNode` Abstract implementation of an OperatorNode.
`class`	`AbstractParentExprNode` Abstract implementation of a ParentExprNode.
`class`	`BooleanNode` Node representing a boolean value.
`class`	`DataAccessNode` Base class which represents access to a field or element of an aggregate value, such as an object or collection.
`class`	`ExprRootNode` Dummy node that serves as the root of an expression tree so that the tree can be arbitrarily changed without needing to change the reference to the tree.
`class`	`FieldAccessNode` Reference to a named field.
`class`	`FloatNode` Node representing a float value.
`class`	`FunctionNode` A node representing a function (with args as children).
`class`	`GlobalNode` Node representing a global.
`class`	`IntegerNode` Node representing an integer value.
`class`	`ItemAccessNode` Represents the bracket [] operation, which can either be used to access an array element by index, or a map value by key.
`class`	`ListLiteralNode` A node representing a list literal (with items as children).
`class`	`MapLiteralNode` A node representing a map literal (with keys and values as alternating children).
`class`	`NullNode` Node representing a null value.
`static class`	`OperatorNodes.AndOpNode` Node representing the 'and' operator.
`static class`	`OperatorNodes.ConditionalOpNode` Node representing the ternary '? :' (conditional) operator.
`static class`	`OperatorNodes.DivideByOpNode` Node representing the '/' (divde by) operator.
`static class`	`OperatorNodes.EqualOpNode` Node representing the '==' (equal) operator.
`static class`	`OperatorNodes.GreaterThanOpNode` Node representing the '>' (greater than) operator.
`static class`	`OperatorNodes.GreaterThanOrEqualOpNode` Node representing the '>=' (greater than or equal) operator.
`static class`	`OperatorNodes.LessThanOpNode` Node representing the '<' (less than) operator.
`static class`	`OperatorNodes.LessThanOrEqualOpNode` Node representing the '<=' (less than or equal) operator.
`static class`	`OperatorNodes.MinusOpNode` Node representing the binary '-' (minus) operator.
`static class`	`OperatorNodes.ModOpNode` Node representing the '%' (mod) operator.
`static class`	`OperatorNodes.NegativeOpNode` Node representing the unary '-' (negative) operator.
`static class`	`OperatorNodes.NotEqualOpNode` Node representing the '!=' (not equal) operator.
`static class`	`OperatorNodes.NotOpNode` Node representing the 'not' operator.
`static class`	`OperatorNodes.NullCoalescingOpNode` Node representing the '?:' (null-coalescing) operator.
`static class`	`OperatorNodes.OrOpNode` Node representing the 'or' operator.
`static class`	`OperatorNodes.PlusOpNode` Node representing the '+' (plus) operator.
`static class`	`OperatorNodes.TimesOpNode` Node representing the '*' (times) operator.
`class`	`StringNode` Node representing a string value.
`class`	`VarNode` Node representing a variable.
`class`	`VarRefNode` Expression representing an unqualified variable name, e.g.

Methods in com.google.template.soy.exprtree that return ExprNode
Modifier and Type	Method and Description
`ExprNode`	ExprNode.`copy(CopyState copyState)` See `Node.copy(CopyState)` for a description of the copy contract.
`ExprNode`	DataAccessNode.`getBaseExprChild()` Returns the base expression from which we're looking up the named field.
`ExprNode`	ExprRootNode.`getChild(int index)`
`ExprNode`	AbstractParentExprNode.`getChild(int index)`
`ExprNode`	ItemAccessNode.`getKeyExprChild()` Returns the key expression.
`ExprNode`	OperatorNodes.NullCoalescingOpNode.`getLeftChild()`
`ExprNode`	OperatorNodes.NullCoalescingOpNode.`getRightChild()`
`ExprNode`	ExprRootNode.`getRoot()`

Methods in com.google.template.soy.exprtree that return types with arguments of type ExprNode
Modifier and Type	Method and Description
`List<ExprNode>`	AbstractParentExprNode.`getChildren()`
`static List<ExprNode>`	ExprRootNode.`unwrap(Iterable<ExprRootNode> exprs)`

Methods in com.google.template.soy.exprtree with parameters of type ExprNode
Modifier and Type	Method and Description
`void`	AbstractParentExprNode.`addChild(ExprNode child)`
`void`	AbstractParentExprNode.`addChild(int index, ExprNode child)`
`ExprNode.OperatorNode`	Operator.`createNode(ExprNode... children)` Creates a node representing this operator, with the given children.
`protected boolean`	ExprEquivalence.`doEquivalent(ExprNode a, ExprNode b)`
`protected int`	ExprEquivalence.`doHash(ExprNode t)`
`int`	AbstractParentExprNode.`getChildIndex(ExprNode child)`
`void`	AbstractParentExprNode.`removeChild(ExprNode child)`
`void`	AbstractParentExprNode.`replaceChild(ExprNode currChild, ExprNode newChild)`
`void`	AbstractParentExprNode.`replaceChild(int index, ExprNode newChild)`
`protected R`	AbstractReturningExprNodeVisitor.`visit(ExprNode node)`
`protected void`	AbstractExprNodeVisitor.`visit(ExprNode node)`
`protected R`	AbstractReturningExprNodeVisitor.`visitExprNode(ExprNode node)`
`protected void`	AbstractExprNodeVisitor.`visitExprNode(ExprNode node)`

Method parameters in com.google.template.soy.exprtree with type arguments of type ExprNode
Modifier and Type	Method and Description
`void`	AbstractParentExprNode.`addChildren(int index, List<? extends ExprNode> children)`
`void`	AbstractParentExprNode.`addChildren(List<? extends ExprNode> children)`
`static List<ExprRootNode>`	ExprRootNode.`wrap(Iterable<? extends ExprNode> exprs)`

Constructors in com.google.template.soy.exprtree with parameters of type ExprNode
Constructor and Description
`DataAccessNode(ExprNode base, SourceLocation sourceLocation, boolean isNullSafe)`
`ExprRootNode(ExprNode child)` Creates a new instance with the given node as the child.
`FieldAccessNode(ExprNode base, String fieldName, boolean isNullSafe)`
`ItemAccessNode(ExprNode base, ExprNode key, boolean isNullSafe)`

Constructor parameters in com.google.template.soy.exprtree with type arguments of type ExprNode
Constructor and Description
`ListLiteralNode(List<ExprNode> items, SourceLocation sourceLocation)`
`MapLiteralNode(List<ExprNode> alternatingKeysAndValues, SourceLocation sourceLocation)`

Uses of ExprNode in com.google.template.soy.passes

Methods in com.google.template.soy.passes with parameters of type ExprNode
Modifier and Type	Method and Description
`protected void`	ResolveFunctionsVisitor.`visitExprNode(ExprNode node)`

Uses of ExprNode in com.google.template.soy.soytree

Methods in com.google.template.soy.soytree with parameters of type ExprNode
Modifier and Type	Method and Description
`static String`	MsgSubstUnitBaseVarNameUtils.`genNaiveBaseNameForExpr(ExprNode exprNode, String fallbackBaseName)` Helper function to generate a base placeholder (or plural/select var) name from an expression, using the naive algorithm.
`static String`	MsgSubstUnitBaseVarNameUtils.`genShortestBaseNameForExpr(ExprNode exprNode, String fallbackBaseName)` The equivalent of `genNaiveBaseNameForExpr()` in our new algorithm for generating base name.

Method parameters in com.google.template.soy.soytree with type arguments of type ExprNode
Modifier and Type	Method and Description
`static <R> void`	SoytreeUtils.`execOnAllV2Exprs(SoyNode node, AbstractNodeVisitor<ExprNode,R> exprNodeVisitor)` Given a Soy node and a visitor for expression trees, traverses the subtree of the node and executes the visitor on all expressions held by nodes in the subtree.
`static List<String>`	MsgSubstUnitBaseVarNameUtils.`genNoncollidingBaseNamesForExprs(List<ExprNode> exprNodes, String fallbackBaseName, ErrorReporter errorReporter)` Generates base names for all the expressions in a list, where for each expression, we use the shortest candidate base name that does not collide with any of the candidate base names generated from other expressions in the list.

Constructors in com.google.template.soy.soytree with parameters of type ExprNode
Constructor and Description
`ExprUnion(ExprNode expr)` Constructor for an instance that represents a V2 expression.

Uses of Interfacecom.google.template.soy.exprtree.ExprNode

Uses of ExprNode in com.google.template.soy.exprparse

Uses of ExprNode in com.google.template.soy.exprtree

Uses of ExprNode in com.google.template.soy.passes

Uses of ExprNode in com.google.template.soy.soytree

Uses of Interface
com.google.template.soy.exprtree.ExprNode