Uses of Package
com.google.template.soy.exprtree

A node representing a primitive literal.

This class defines the base interface for a node in the Soy expression parse tree, as well as a number of subinterfaces that extend the base interface in various aspects.

Abstract implementation of an ExprNode.

Abstract implementation of a ParentExprNode.

Base class which represents access to a field or element of an aggregate value, such as an object or collection.

This class defines the base interface for a node in the Soy expression parse tree, as well as a number of subinterfaces that extend the base interface in various aspects.

Enum of specific node kinds (coresponding to specific node types).

A node in an expression parse tree that may be a parent.

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.

Node representing a float value.

Node representing a global.

Represents the bracket [] operation, which can either be used to access an array element by index, or a map value by key.

A node representing a map literal (with keys and values as alternating children).

Enum of Soy expression operators.

Represents a syntax element (used in a syntax specification for an operator).

Node representing the ternary '? :' (conditional) operator.

Node representing the '==' (equal) operator.

Node representing the '>=' (greater than or equal) operator.

Node representing the '<=' (less than or equal) operator.

Node representing the '%' (mod) operator.

Node representing the '!=' (not equal) operator.

Node representing the '?:' (null-coalescing) operator.

Node representing the '+' (plus) operator.

Node representing a string value.

Enum used to distinguish subtypes.

Expression representing an unqualified variable name, e.g.

Enum of Soy expression operators.

Abstract base class for all ExprNode visitors.

A node representing an operator (with operands as children).

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.

Node representing a global.

A node representing a map literal (with keys and values as alternating children).

Node representing the 'not' operator.

Node representing the 'or' operator.

Expression representing an unqualified variable name, e.g.

Enum of Soy expression operators.

Abstract base class for all ExprNode visitors.

A node representing a function (with args as children).

Abstract base class for all ExprNode visitors.

Base class which represents access to a field or element of an aggregate value, such as an object or collection.

A node representing a primitive literal.

A node representing a function (with args as children).

A node representing a list literal (with items as children).

Node representing a null value.

Node representing the '==' (equal) operator.

Node representing the '?:' (null-coalescing) operator.

Node representing a string value.

Enum of Soy expression operators.

Abstract base class for all ExprNode visitors.

Base class which represents access to a field or element of an aggregate value, such as an object or collection.

Node representing a float value.

Node representing an integer value.

A node representing a map literal (with keys and values as alternating children).

Node representing the 'and' operator.

Node representing the '/' (divde by) operator.

Node representing the '>' (greater than) operator.

Node representing the '<' (less than) operator.

Node representing the binary '-' (minus) operator.

Node representing the unary '-' (negative) operator.

Node representing the 'not' operator.

Node representing the 'or' operator.

Node representing the '*' (times) operator.

Expression representing an unqualified variable name, e.g.

This class defines the base interface for a node in the Soy expression parse tree, as well as a number of subinterfaces that extend the base interface in various aspects.

Interface for the definition of a variable, i.e.

Interface for the definition of a variable, i.e.