export interface ArrayExpressionNode {
    type: 'ArrayExpression';
    elements: StartPrecedence<ExpressionPrecedence>[];
}
export interface LiteralNode {
    type: 'Literal';
    value: string | number;
    isString?: boolean;
}
export interface IdentifierNode {
    type: 'Identifier';
    name: string;
}
export declare type ConstantNode = LiteralNode;
export interface PropertyNode {
    type: 'Property';
    kind: 'init';
    key: ConstantNode | IdentifierNode | StartPrecedence<ExpressionPrecedence>;
    computed: boolean;
    value: ConstantNode | IdentifierNode | StartPrecedence<ExpressionPrecedence>;
}
export interface ObjectExpressionNode {
    type: 'ObjectExpression';
    properties: PropertyNode[];
}
export interface ThisExpressionNode {
    type: 'ThisExpression';
}
export interface LocalsExpressionNode {
    type: 'LocalsExpression';
}
export declare type SelfReferentialNode = ThisExpressionNode | LocalsExpressionNode;
export interface CallExpressionNode {
    type: 'CallExpression';
    callee: BasePrimaryType | FilterChainPrecedence;
    arguments: FilterChainPrecedence[];
    filter: boolean;
}
export interface MemberExpressionExpressionNode {
    type: 'MemberExpression';
    object: BasePrimaryType | FilterChainPrecedence;
    property: StartPrecedence<ExpressionPrecedence>;
    computed: true;
}
export interface MemberExpressionIdentifierNode {
    type: 'MemberExpression';
    object: BasePrimaryType | StartPrecedence<FilterChainPrecedence>;
    property: IdentifierNode;
    computed: false;
}
export declare type MemberExpressionNode = MemberExpressionExpressionNode | MemberExpressionIdentifierNode;
export declare type BasePrimaryType = ArrayExpressionNode | ObjectExpressionNode | SelfReferentialNode | LiteralNode | IdentifierNode | ConstantNode;
export declare type PrimaryNode = BasePrimaryType | CallExpressionNode | MemberExpressionNode;
export declare type FilterNode = CallExpressionNode;
export interface UnaryExpressionNode {
    type: 'UnaryExpression';
    operator: '+' | '-' | '!';
    prefix: true;
    argument: StartPrecedence<UnaryPrecedence>;
}
export interface BinaryExpressionMultiplicativeNode {
    type: 'BinaryExpression';
    operator: '*' | '/' | '%';
    left: StartPrecedence<UnaryPrecedence>;
    right: StartPrecedence<UnaryPrecedence>;
}
export interface BinaryExpressionAdditiveNode {
    type: 'BinaryExpression';
    operator: '+' | '-';
    left: StartPrecedence<MultiplicativePrecedence>;
    right: StartPrecedence<MultiplicativePrecedence>;
}
export interface BinaryExpressionRelationalNode {
    type: 'BinaryExpression';
    operator: '<' | '>' | '<=' | '>=';
    left: StartPrecedence<AdditivePrecedence>;
    right: StartPrecedence<AdditivePrecedence>;
}
export interface BinaryExpressionEqualityNode {
    type: 'BinaryExpression';
    operator: '==' | '!=' | '===' | '!==';
    left: StartPrecedence<RelationalPrecedence>;
    right: StartPrecedence<RelationalPrecedence>;
}
export declare type BinaryExpressionNode = BinaryExpressionMultiplicativeNode | BinaryExpressionAdditiveNode | BinaryExpressionRelationalNode | BinaryExpressionEqualityNode;
export interface LogicalExpressionAndNode {
    type: 'LogicalExpression';
    operator: '&&';
    left: StartPrecedence<EqualityPrecedence>;
    right: StartPrecedence<EqualityPrecedence>;
}
export interface LogicalExpressionOrNode {
    type: 'LogicalExpression';
    operator: '||';
    left: StartPrecedence<LogicalAndPrecedence>;
    right: StartPrecedence<LogicalAndPrecedence>;
}
export declare type LogcalExpressionNode = LogicalExpressionAndNode | LogicalExpressionOrNode;
export interface ConditionalExpressionNode {
    type: 'ConditionalExpression';
    test: StartPrecedence<LogicalOrPrecedence>;
    alternate: StartPrecedence<ExpressionPrecedence>;
    consequent: StartPrecedence<ExpressionPrecedence>;
}
export interface AssignmentExpressionNode {
    type: 'AssignmentExpression';
    left: StartPrecedence<TernaryPrecedence>;
    right: StartPrecedence<AssignmentPrecedence>;
    operator: '=';
}
export interface ExpressionStatementNode {
    type: 'ExpressionStatement';
    expression: FilterChainPrecedence;
}
export interface ProgramNode {
    type: 'Program';
    body: ExpressionStatementNode[];
}
export declare type StartPrecedence<TNode> = TNode | FilterChainPrecedence;
export declare type FilterChainPrecedence = FilterNode | ExpressionPrecedence;
export declare type ExpressionPrecedence = AssignmentPrecedence;
export declare type AssignmentPrecedence = AssignmentExpressionNode | TernaryPrecedence;
export declare type TernaryPrecedence = ConditionalExpressionNode | LogicalOrPrecedence;
export declare type LogicalOrPrecedence = LogicalExpressionOrNode | LogicalAndPrecedence;
export declare type LogicalAndPrecedence = LogicalExpressionAndNode | EqualityPrecedence;
export declare type EqualityPrecedence = BinaryExpressionEqualityNode | RelationalPrecedence;
export declare type RelationalPrecedence = BinaryExpressionRelationalNode | AdditivePrecedence;
export declare type AdditivePrecedence = BinaryExpressionAdditiveNode | MultiplicativePrecedence;
export declare type MultiplicativePrecedence = BinaryExpressionMultiplicativeNode | UnaryPrecedence;
export declare type UnaryPrecedence = UnaryExpressionNode | PrimaryNode;
export declare type AngularJsAstNode = PropertyNode | SelfReferentialNode | PrimaryNode | UnaryExpressionNode | BinaryExpressionMultiplicativeNode | BinaryExpressionAdditiveNode | BinaryExpressionRelationalNode | BinaryExpressionEqualityNode | LogicalExpressionAndNode | LogicalExpressionOrNode | CallExpressionNode | ConditionalExpressionNode | AssignmentExpressionNode | ExpressionStatementNode | ProgramNode;