/// <reference types="jquery" />
/// <reference types="bootstrap" />
import { ExpressionASTNode } from "../../../ast/ast_expressions";
import { ConstructOutlet } from "../../../view/constructs/ConstructOutlet";
import { ConstructDescription, ExpressionContext } from "../../compilation/contexts";
import { FunctionEntity } from "../../compilation/entities";
import { CompleteClassType, CompleteReturnType, FunctionType, PeelReference } from "../../compilation/types";
import { RuntimeConstruct, SuccessfullyCompiled } from "../CPPConstruct";
import { CompiledFunctionCall, FunctionCall, RuntimeFunctionCall, TypedFunctionCall } from "../FunctionCall";
import { CompiledTemporaryDeallocator } from "../TemporaryDeallocator";
import { CompiledExpression, Expression, TypedExpression, ValueCategory } from "./Expression";
import { RuntimeExpression } from "./RuntimeExpression";
import { InvalidExpression } from "./InvalidExpression";
import { t_OverloadableOperators } from "./selectOperatorOverload";
import { NonMemberOperatorOverloadExpressionOutlet, MemberOperatorOverloadExpressionOutlet } from "../../../view/constructs/ExpressionOutlets";
export declare class NonMemberOperatorOverloadExpression extends Expression<ExpressionASTNode> {
    readonly construct_type = "non_member_operator_overload_expression";
    readonly type?: PeelReference<CompleteReturnType>;
    readonly valueCategory?: ValueCategory;
    readonly operator: t_OverloadableOperators;
    readonly originalArgs: readonly Expression[];
    readonly call?: FunctionCall;
    constructor(context: ExpressionContext, ast: ExpressionASTNode | undefined, operator: t_OverloadableOperators, args: readonly Expression[], selectedFunctionEntity: FunctionEntity);
    createDefaultOutlet(this: CompiledNonMemberOperatorOverloadExpression, element: JQuery, parent?: ConstructOutlet): NonMemberOperatorOverloadExpressionOutlet;
    describeEvalResult(depth: number): ConstructDescription;
}
export interface TypedNonMemberOperatorOverloadExpression<T extends PeelReference<CompleteReturnType> = PeelReference<CompleteReturnType>, V extends ValueCategory = ValueCategory> extends NonMemberOperatorOverloadExpression {
    readonly type: T;
    readonly valueCategory: V;
    readonly call: TypedFunctionCall<FunctionType<CompleteReturnType>>;
}
export interface CompiledNonMemberOperatorOverloadExpression<T extends PeelReference<CompleteReturnType> = PeelReference<CompleteReturnType>, V extends ValueCategory = ValueCategory> extends TypedNonMemberOperatorOverloadExpression<T, V>, SuccessfullyCompiled {
    readonly temporaryDeallocator?: CompiledTemporaryDeallocator;
    readonly originalArgs: readonly CompiledExpression[];
    readonly call: CompiledFunctionCall<FunctionType<CompleteReturnType>>;
}
export declare class RuntimeNonMemberOperatorOverloadExpression<T extends PeelReference<CompleteReturnType> = PeelReference<CompleteReturnType>, V extends ValueCategory = ValueCategory> extends RuntimeExpression<T, V, CompiledNonMemberOperatorOverloadExpression<T, V>> {
    readonly call: RuntimeFunctionCall<FunctionType<CompleteReturnType>>;
    constructor(model: CompiledNonMemberOperatorOverloadExpression<T, V>, parent: RuntimeConstruct);
    protected upNextImpl(): void;
    protected stepForwardImpl(): void;
}
export declare class MemberOperatorOverloadExpression extends Expression<ExpressionASTNode> {
    readonly construct_type = "member_operator_overload_expression";
    readonly type?: PeelReference<CompleteReturnType>;
    readonly valueCategory?: ValueCategory;
    readonly operator: t_OverloadableOperators;
    readonly originalArgs: readonly Expression[];
    readonly receiverExpression: TypedExpression<CompleteClassType>;
    readonly call?: FunctionCall;
    constructor(context: ExpressionContext, ast: ExpressionASTNode | undefined, operator: t_OverloadableOperators, receiverExpression: TypedExpression<CompleteClassType>, args: readonly Expression[], selectedFunctionEntity: FunctionEntity);
    createDefaultOutlet(this: CompiledMemberOperatorOverloadExpression, element: JQuery, parent?: ConstructOutlet): MemberOperatorOverloadExpressionOutlet;
    describeEvalResult(depth: number): ConstructDescription;
}
export interface TypedMemberOperatorOverloadExpression<T extends PeelReference<CompleteReturnType> = PeelReference<CompleteReturnType>, V extends ValueCategory = ValueCategory> extends MemberOperatorOverloadExpression {
    readonly type: T;
    readonly valueCategory: V;
    readonly call: TypedFunctionCall<FunctionType<CompleteReturnType>>;
}
export interface CompiledMemberOperatorOverloadExpression<T extends PeelReference<CompleteReturnType> = PeelReference<CompleteReturnType>, V extends ValueCategory = ValueCategory> extends TypedMemberOperatorOverloadExpression<T, V>, SuccessfullyCompiled {
    readonly temporaryDeallocator?: CompiledTemporaryDeallocator;
    readonly originalArgs: readonly CompiledExpression[];
    readonly receiverExpression: CompiledExpression<CompleteClassType>;
    readonly call: CompiledFunctionCall<FunctionType<CompleteReturnType>>;
}
export declare class RuntimeMemberOperatorOverloadExpression<T extends PeelReference<CompleteReturnType> = PeelReference<CompleteReturnType>, V extends ValueCategory = ValueCategory> extends RuntimeExpression<T, V, CompiledMemberOperatorOverloadExpression<T, V>> {
    readonly receiverExpression: RuntimeExpression<CompleteClassType>;
    readonly call?: RuntimeFunctionCall<FunctionType<CompleteReturnType>>;
    constructor(model: CompiledMemberOperatorOverloadExpression<T, V>, parent: RuntimeConstruct);
    protected upNextImpl(): void;
    protected stepForwardImpl(): void;
}
export declare type OperatorOverloadExpression = NonMemberOperatorOverloadExpression | MemberOperatorOverloadExpression | InvalidOperatorOverloadExpression;
export declare class InvalidOperatorOverloadExpression extends InvalidExpression {
    readonly construct_type = "invalid_operator_overload_expression";
    readonly operator: t_OverloadableOperators;
    readonly originalArgs: readonly Expression[];
    constructor(context: ExpressionContext, ast: ExpressionASTNode, op: t_OverloadableOperators, originalArgs: readonly Expression[]);
    createDefaultOutlet(this: never, element: JQuery, parent?: ConstructOutlet): never;
    describeEvalResult(depth: number): ConstructDescription;
}