import lowLevel = require("./lowLevelAST");
import ds = require("raml-definition-system");
import typeSystem = ds.rt.nominalTypes;
import jsonSerializerHL = require("../util/jsonSerializerHL");
import rTypes = ds.rt;
export declare type ITypeDefinition = typeSystem.ITypeDefinition;
export declare type IProperty = typeSystem.IProperty;
export interface AbstractWrapperNode {
    /**
     * @hidden
     **/
    wrapperClassName(): string;
    /**
     * @return Actual name of instance interface
     **/
    kind(): string;
    /**
     * @return RAML version of the node. "RAML10" for RAML 1.0 and "RAML08" for RAML 0.8.
     */
    RAMLVersion(): string;
}
export interface SerializeOptions {
    /**
     * For root nodes additional details can be included into output. If the option is set to `true`,
     * node content is returned as value of the **specification** root property. Other root properties are:
     *
     * * **ramlVersion** version of RAML used by the specification represented by the node
     * * **type** type of the node: Api, Overlay, Extension, Library, or any other RAML type in fragments case
     * * **errors** errors of the specification represented by the node
     * @default false
     */
    rootNodeDetails?: boolean;
    /**
     * Whether to serialize metadata
     * @default true
     */
    serializeMetadata?: boolean;
    dumpSchemaContents?: boolean;
}
export interface BasicNode extends AbstractWrapperNode {
    /**
     * @return Direct ancestor in RAML hierarchy
     **/
    parent(): BasicNode;
    /**
     * @hidden
     * @return Underlying node of the High Level model
     **/
    highLevel(): IHighLevelNode;
    /**
     * @return Array of errors
     **/
    errors(): RamlParserError[];
    /**
     * @return object representing class of the node
     **/
    definition(): ITypeDefinition;
    /**
     * @return for user class instances returns object representing actual user class
     **/
    runtimeDefinition(): ITypeDefinition;
    /**
     * Turns model node into an object.
     * @param node Model node
     * @return Stringifyable object representation of the node.
     **/
    toJSON(serializeOptions?: SerializeOptions): any;
    /**
     * @return For siblings of traits or resource types returns an array of optional properties names.
     **/
    optionalProperties(): string[];
    /**
     * @return Whether the element is an optional sibling of trait or resource type
     **/
    optional(): boolean;
    meta(): NodeMetadata;
}
export declare type INamedEntity = typeSystem.INamedEntity;
export declare type NamedId = typeSystem.NamedId;
export interface ValueMetadata {
    /**
     * Returns 'true', if the actual value is missing, and returned value has
     * been obtained from the RAML document by means of some rule.
     * @default false
     */
    calculated(): boolean;
    /**
     * Returns 'true', if the actual value is missing, and returned value is
     * stated in the RAML spec as default for the property
     * @default false
     */
    insertedAsDefault(): boolean;
    /**
     * Returns 'true' for optional siblings of traits and resource types
     * @default false
     */
    optional(): boolean;
    /**
     * Returns 'true', if all values are default.
     */
    isDefault(): boolean;
    toJSON(): any;
}
export interface ApiLoadingError extends Error {
    parserErrors: RamlParserError[];
}
export interface RamlParserError {
    /**
     * Error identifier
     */
    code: string;
    /**
     * Messag text
     */
    message: string;
    /**
     * File path
     */
    path: string;
    /**
     * RangeObject describing start and end of error location
     */
    range: RangeObject;
    /**
     * Whether the message is warning or not
     */
    isWarning: boolean;
    trace?: RamlParserError[];
}
export declare type RangeObject = ds.rt.tsInterfaces.RangeObject;
export interface NodeMetadata extends ValueMetadata {
    /**
     * Returns metadata for those properties of the node, whose type is primitive or an array of primitive.
     */
    primitiveValuesMeta(): {
        [key: string]: ValueMetadata;
    };
}
export declare type IArrayType = typeSystem.IArrayType;
export declare type IUnionType = typeSystem.IUnionType;
export declare type IExpandableExample = typeSystem.IExpandableExample;
export declare type INodeDefinition = ITypeDefinition;
export interface IValueTypeDefinition extends ITypeDefinition {
}
export declare type IUniverse = typeSystem.IUniverse;
export interface IValueDocProvider {
    (v: string): string;
}
export interface IValueSuggester {
    (node: IHighLevelNode): string[];
}
export declare enum NodeKind {
    BASIC = 0,
    NODE = 1,
    ATTRIBUTE = 2
}
export declare enum RAMLVersion {
    RAML10 = 0,
    RAML08 = 1
}
export interface IParseResult {
    hashkey(): string;
    /**
     * retrieve errors if any
     */
    errors(): ValidationIssue[];
    /**
     * The underlaying node of the low level AST
     */
    lowLevel(): lowLevel.ILowLevelASTNode;
    name(): string;
    /**
     * Whether the element is an optional sibling of trait or resource type
     **/
    optional(): boolean;
    /**
     * Returns AST root node
     */
    root(): IHighLevelNode;
    /**
     * Whether the nodes have the same underlying YAML node
     */
    isSameNode(n: IParseResult): boolean;
    /**
     * Parent AST node
     */
    parent(): IHighLevelNode;
    /**
     * Specify parent AST node
     */
    setParent(node: IParseResult): any;
    /**
     * Child nodes obtained
     * 1. from AST directly
     * 2. by applying overlays and extensions if any
     */
    children(): IParseResult[];
    /**
     * Child nodes obtained from AST directly
     */
    directChildren(): IParseResult[];
    /**
     * Whether the node is not the AST root
     */
    isAttached(): boolean;
    isImplicit(): boolean;
    /**
     * Whether the node is an attribute
     */
    isAttr(): boolean;
    /**
     * @return this for attribute nodes, and null otherwise
     */
    asAttr(): IAttribute;
    /**
     * Whether the node is an element
     */
    isElement(): boolean;
    /**
     * @return this for element nodes, and null otherwise
     */
    asElement(): IHighLevelNode;
    localId(): string;
    fullLocalId(): string;
    /**
     * Whether the node is unknown, i.e. can not justified by RAML syntax
     */
    isUnknown(): boolean;
    /**
     * Each non root AST node appears to be a value of some RAML element property
     * The property is returned gor non root nodes. Null is returned for root.
     */
    property(): IProperty;
    id(): string;
    computedValue(name: string): any;
    /**
     * Apply validation using the input validation acceptor
     */
    validate(acceptor: ValidationAcceptor): void;
    /**
     * Some text representation of the node
     */
    printDetails(indent?: string): string;
    getKind(): NodeKind;
    /**
     * Start position of the underlying low level AST node
     */
    getLowLevelStart(): any;
    /**
     * End position of the underlying low level AST node
     */
    getLowLevelEnd(): any;
    /**
     * RAML version
     */
    version(): any;
    setJSON(val: any): any;
    getJSON(): any;
}
export declare function isParseResult(object: any): object is IParseResult;
export interface Status {
    message: string;
}
export declare enum IssueCode {
    UNRESOLVED_REFERENCE = 0,
    YAML_ERROR = 1,
    UNKNOWN_NODE = 2,
    MISSING_REQUIRED_PROPERTY = 3,
    PROPERTY_EXPECT_TO_HAVE_SINGLE_VALUE = 4,
    KEY_SHOULD_BE_UNIQUE_INTHISCONTEXT = 5,
    UNABLE_TO_RESOLVE_INCLUDE_FILE = 6,
    INVALID_VALUE_SCHEMA = 7,
    MISSED_CONTEXT_REQUIREMENT = 8,
    NODE_HAS_VALUE = 9,
    ONLY_OVERRIDE_ALLOWED = 10,
    ILLEGAL_PROPERTY_VALUE = 11,
    ILLEGAL_PROPERTY = 12,
    INVALID_PROPERTY = 13
}
export interface ValidationAcceptor {
    begin(): any;
    accept(issue: ValidationIssue): any;
    end(): any;
    acceptUnique(issue: ValidationIssue): any;
}
/**
 * Sometimes the way we report the same error depends on the point of view:
 * which unit we consider the "primary" one.
 *
 * In example, the same application of extension to master API can be either treated
 * as a parser "opening" the extension (so extension is the primary unit), or as
 * "opening" master API and then applying extension to it (so master is the primary unit).
 *
 * In both cases the error is the same, but should be reported a bit differently.
 *
 * Thus we need to add primary unit info to the acceptor.
 */
export interface PointOfViewValidationAcceptor extends ValidationAcceptor {
    getPrimaryUnit(): lowLevel.ICompilationUnit;
}
export interface ValidationAction {
    name: string;
    action: () => void;
}
export interface ValidationIssue {
    code: string;
    message: string;
    node: IParseResult;
    path: string;
    start: number;
    end: number;
    isWarning: boolean;
    actions?: ValidationAction[];
    extras?: ValidationIssue[];
    unit?: lowLevel.ICompilationUnit;
}
export interface IStructuredValue {
    lowLevel(): lowLevel.ILowLevelASTNode;
    valueName(): string;
    toHighLevel(parent?: IHighLevelNode): IHighLevelNode;
}
export interface INodeBuilder {
    process(node: IHighLevelNode, childrenToAdopt: lowLevel.ILowLevelASTNode[]): IParseResult[];
}
export interface IAttribute extends IParseResult {
    /**
     * Value type representation
     */
    definition(): IValueTypeDefinition;
    /**
     * Attribute value
     */
    value(): any;
    /**
     * Plain attribute value. Unlike the 'value', for parametrized template
     * references and annotation instances this method returns plain objects
     * or arrays instead of StructuredValue instances. For inline type instances
     * (i.e. those types which are defined as 'type' or 'items' values) the method
     * return IHighLevelNode instances describing the types.
     */
    plainValue(): any;
    /**
     * Set key to the underlying YAML node
     */
    setKey(k: string): any;
    /**
     * Set value to the underlying YAML node
     */
    setValue(newValue: string | IStructuredValue): any;
    /**
     * Set values to the underlying YAML node
     */
    setValues(values: string[]): any;
    /**
     * Append value to the underlying YAML node
     */
    addValue(value: string | IStructuredValue): any;
    /**
     * Remove trhe attribute from AST
     */
    remove(): any;
    isEmpty(): boolean;
    owningWrapper(): {
        node: BasicNode;
        property: string;
    };
    /**
     * For references returns nAST node defining the referenced RAML element
     */
    findReferencedValue(): IHighLevelNode;
    /**
     * Whether the attribute represents an annotated scalar value
     */
    isAnnotatedScalar(): boolean;
    /**
     * A list of annotations if any
     */
    annotations(): IAttribute[];
}
export interface IHighLevelNode extends IParseResult {
    /**
     * Relevant types collection
     */
    types(): rTypes.IParsedTypeCollection;
    /**
     * For type nodes returns runtime representation of the type
     */
    parsedType(): rTypes.IParsedType;
    /**
     * For type nodes returns nominal representation of the type
     */
    localType(): typeSystem.ITypeDefinition;
    /**
     * RAML type of the node
     */
    definition(): INodeDefinition;
    /**
     * Whether the node can appear as optional template property value
     */
    allowsQuestion(): boolean;
    /**
     * List child attributes
     */
    attrs(): IAttribute[];
    /**
     * Retrieve attribute by property name. For multivalue properties returns the first attribute.
     */
    attr(n: string): IAttribute;
    /**
     * Retrieve attribute by name or create it if it does not exist
     */
    attrOrCreate(n: string): IAttribute;
    /**
     * Retrieve attribute value by name
     */
    attrValue(n: string): string;
    /**
     * Retrieve attributes by property name. For multivalue properties returns
     * a complete list of attributes.
     */
    attributes(n: string): IAttribute[];
    /**
     * List child elements
     */
    elements(): IHighLevelNode[];
    /**
     * Retrieve element by property name. For multivalue properties returns the first element.
     */
    element(n: string): IHighLevelNode;
    /**
     * Retrieve elements by property name. For multivalue properties returns
     * a complete list of elements.
     */
    elementsOfKind(n: string): IHighLevelNode[];
    /**
     * Whether the AST has traits and resource types expanded
     */
    isExpanded(): boolean;
    /**
     * Scalar value representing the element value, if possible
     */
    value(): any;
    /**
     * All possible properties of the element
     */
    propertiesAllowedToUse(): IProperty[];
    /**
     * Append child node
     */
    add(node: IHighLevelNode | IAttribute): any;
    /**
     * Remove child node
     */
    remove(node: IHighLevelNode | IAttribute): any;
    /**
     * Dump the element to YAML string
     */
    dump(flavor: string): string;
    /**
     * Retrieve the deepest element enclosing the position specified
     * @param offset text position
     */
    findElementAtOffset(offset: number): IHighLevelNode;
    /**
     * List all the references to the RAML element decalred in the node
     */
    findReferences(): IParseResult[];
    /**
     * Copy of the node having low level node and YAML node copies as underlying nodes
     */
    copy(): IHighLevelNode;
    /**
     * Clean the list of cached child nodes
     */
    resetChildren(): void;
    findById(id: string): any;
    associatedType(): INodeDefinition;
    /**
     * Retrieve top level owner node
     */
    wrapperNode(): BasicNode;
    /**
     * Override top level owner node
     */
    setWrapperNode(node: BasicNode): any;
    /**
     * A list of optional property names
     */
    optionalProperties(): string[];
    /**
     * Convert typesystem error representation to parser error representation
     */
    createIssue(error: rTypes.IStatus): ValidationIssue;
    /**
     * Returns node master or null for top-level nodes.
     */
    getMaster(): IParseResult;
    /**
     * Gets whether this node is auxilary.
     */
    isAuxilary(): boolean;
    /**
     * Returns reused node if any
     */
    reusedNode(): IHighLevelNode;
    /**
     * Finds master counterpart of this node.
     * @returns {IHighLevelNode}
     */
    getMasterCounterPart(): IHighLevelNode;
    /**
     * Finds slave counterpart of this node.
     * @returns {IHighLevelNode}
     */
    getSlaveCounterPart(): IHighLevelNode;
    /**
     * Finds the slave counterpart of this node. If this slave has another slave in turn, recursivelly,
     * returns the last slave in the dependency sequence.
     */
    getLastSlaveCounterPart(): IHighLevelNode;
    /**
     * Turns high level model node into an object.
     * @param options serialization options
     * @return Stringifyable object representation of the node.
     **/
    toJSON(options: jsonSerializerHL.SerializeOptions): any;
}
export interface IEditableHighLevelNode extends IHighLevelNode {
    createAttr(n: string, v: string): any;
}
export interface IAcceptor<T> {
    calculationStarts(): any;
    acceptProposal(c: T): any;
    calculationComplete(): any;
}
export interface IStructuredValue {
    valueName(): string;
    children(): IStructuredValue[];
    lowLevel(): lowLevel.ILowLevelASTNode;
    toHighLevel(parent?: IHighLevelNode): IHighLevelNode;
    toHighLevel2(parent?: IHighLevelNode): IHighLevelNode;
}
export interface PluginValidationIssue extends rTypes.tsInterfaces.PluginValidationIssue {
    issueCode?: string;
    message?: string;
    node?: IParseResult;
    isWarning?: boolean;
    validationIssue?: ValidationIssue;
}
/**
 * Model of AST node validation plugin
 */
export interface INodeValidationPlugin {
    /**
     * Apply validation to AST node
     * @param node AST node
     * @return array of {ValidationIssue}
     */
    process(node: IParseResult): PluginValidationIssue[];
    /**
     * String ID of the plugin
     */
    id(): string;
}
/**
 * Retrieve a list of registered node validation plugins
 */
export declare function getNodeValidationPlugins(): INodeValidationPlugin[];
/**
 * Retrieve a list of registered annotation node validation plugins
 */
export declare function getNodeAnnotationValidationPlugins(): ASTAnnotationValidationPlugin[];
/**
 * Model of annotation validator
 */
export interface ASTAnnotationValidationPlugin {
    /**
     * validate annotated RAML element
     */
    process(entry: rTypes.tsInterfaces.IAnnotatedElement): PluginValidationIssue[];
    /**
     * String ID of the plugin
     */
    id(): string;
}