import type { Constructable, IRegistry } from '@aurelia/kernel';
import { registrableMetadataKey } from '@aurelia/kernel';
export interface AttributePatternDefinition<T extends string = string> {
    pattern: T;
    symbols: string;
}
export declare class AttrSyntax {
    rawName: string;
    rawValue: string;
    target: string;
    command: string | null;
    parts: readonly string[] | null;
    constructor(rawName: string, rawValue: string, target: string, command: string | null, parts?: readonly string[] | null);
}
export type IAttributePattern<T extends string = string> = Record<T, (rawName: string, rawValue: string, parts: readonly string[]) => AttrSyntax>;
export declare const IAttributePattern: import("@aurelia/kernel").InterfaceSymbol<IAttributePattern<string>>;
export declare class Interpretation {
    parts: readonly string[];
    get pattern(): string | null;
    set pattern(value: string | null);
}
export interface ISyntaxInterpreter {
    add(defs: AttributePatternDefinition[]): void;
    interpret(name: string): Interpretation;
}
export declare const ISyntaxInterpreter: import("@aurelia/kernel").InterfaceSymbol<ISyntaxInterpreter>;
export declare class SyntaxInterpreter implements ISyntaxInterpreter {
    add(defs: AttributePatternDefinition[]): void;
    interpret(name: string): Interpretation;
}
export interface IAttributeParser {
    registerPattern(patterns: AttributePatternDefinition[], Type: Constructable<IAttributePattern>): void;
    parse(name: string, value: string): AttrSyntax;
}
export declare const IAttributeParser: import("@aurelia/kernel").InterfaceSymbol<IAttributeParser>;
export declare class AttributeParser implements IAttributeParser {
    registerPattern(patterns: AttributePatternDefinition[], Type: Constructable<IAttributePattern>): void;
    parse(name: string, value: string): AttrSyntax;
}
export interface AttributePatternKind {
    readonly name: string;
    create<const K extends AttributePatternDefinition, P extends Constructable<IAttributePattern<K['pattern']>> = Constructable<IAttributePattern<K['pattern']>>>(patternDefs: K[], Type: P): IRegistry;
}
export declare function attributePattern<const K extends AttributePatternDefinition>(...patternDefs: K[]): <T extends Constructable<IAttributePattern<K['pattern']>>>(target: T, context: ClassDecoratorContext<T>) => T;
export declare const AttributePattern: Readonly<AttributePatternKind>;
export declare class DotSeparatedAttributePattern {
    static [Symbol.metadata]: {
        [registrableMetadataKey]: IRegistry;
    };
    'PART.PART'(rawName: string, rawValue: string, parts: readonly string[]): AttrSyntax;
    'PART.PART.PART'(rawName: string, rawValue: string, parts: readonly string[]): AttrSyntax;
}
export declare class RefAttributePattern {
    static [Symbol.metadata]: {
        [registrableMetadataKey]: IRegistry;
    };
    'ref'(rawName: string, rawValue: string, _parts: readonly string[]): AttrSyntax;
    'PART.ref'(rawName: string, rawValue: string, parts: readonly string[]): AttrSyntax;
}
export declare class EventAttributePattern {
    static [Symbol.metadata]: {
        [registrableMetadataKey]: IRegistry;
    };
    'PART.trigger:PART'(rawName: string, rawValue: string, parts: readonly string[]): AttrSyntax;
    'PART.capture:PART'(rawName: string, rawValue: string, parts: readonly string[]): AttrSyntax;
}
export declare class ColonPrefixedBindAttributePattern {
    static [Symbol.metadata]: {
        [registrableMetadataKey]: IRegistry;
    };
    ':PART'(rawName: string, rawValue: string, parts: readonly string[]): AttrSyntax;
}
export declare class AtPrefixedTriggerAttributePattern {
    static [Symbol.metadata]: {
        [registrableMetadataKey]: IRegistry;
    };
    '@PART'(rawName: string, rawValue: string, parts: readonly string[]): AttrSyntax;
    '@PART:PART'(rawName: string, rawValue: string, parts: readonly string[]): AttrSyntax;
}
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