@himenon/openapi-typescript-code-generator/dist/ConverterContext-BojqruZC.d.ts

OpenAPI Code Generator using TypeScript AST.

import ts from 'typescript';

interface Params$Create$n {
    typeParameters: ts.TypeParameterDeclaration[] | undefined;
    parameters: ts.ParameterDeclaration[];
    type?: ts.TypeNode;
    equalsGreaterThanToken?: ts.EqualsGreaterThanToken;
    body: ts.ConciseBody;
}
interface Factory$G {
    create: (params: Params$Create$n) => ts.ArrowFunction;
}

declare const operators: {
    readonly "+": ts.SyntaxKind.PlusToken;
    readonly "=": ts.SyntaxKind.EqualsToken;
};
interface Params$i {
    left: ts.Expression;
    operator: keyof typeof operators;
    right: ts.Expression;
}
interface Factory$F {
    create: (params: Params$i) => ts.BinaryExpression;
}

interface Params$Create$m {
    statements: readonly ts.Statement[];
    multiLine: boolean;
}
interface Factory$E {
    create: (params: Params$Create$m) => ts.Block;
}

interface Params$Create$l {
    expression: ts.Expression;
    typeArguments?: readonly ts.TypeNode[] | undefined;
    argumentsArray: readonly ts.Expression[];
}
interface Factory$D {
    create: (params: Params$Create$l) => ts.CallExpression;
}

interface Params$Create$k {
    name: string;
    export?: true;
    members: readonly ts.ClassElement[];
    typeParameterDeclaration: readonly ts.TypeParameterDeclaration[];
}
interface Factory$C {
    create: (params: Params$Create$k) => ts.ClassDeclaration;
}

interface Params$Create$j {
    parameters?: ts.ParameterDeclaration[];
    body?: ts.Block;
}
interface Factory$B {
    create: (params: Params$Create$j) => ts.ConstructorDeclaration;
}

interface Params$Create$i {
    expression: ts.Expression;
    index: number | string | ts.Expression;
}
interface Factory$A {
    create: (params: Params$Create$i) => ts.ElementAccessExpression;
}

interface Params$Create$h {
    expression: ts.Expression;
}
interface Factory$z {
    create: (params: Params$Create$h) => ts.ExpressionStatement;
}

interface Params$Create$g {
    typeParameters: readonly ts.TypeParameterDeclaration[] | undefined;
    parameters: readonly ts.ParameterDeclaration[];
    type: ts.TypeNode;
}
interface Factory$y {
    create: (params: Params$Create$g) => ts.FunctionTypeNode;
}

interface Params$h {
    name: string;
}
interface Factory$x {
    create: (params: Params$h) => ts.Identifier;
}

interface Params$Create$f {
    name: string;
    type: ts.TypeNode;
}
interface Factory$w {
    create: (params: Params$Create$f) => ts.IndexSignatureDeclaration;
}

interface Params$Create$e {
    objectType: ts.TypeNode;
    indexType: ts.TypeNode;
}
interface Factory$v {
    create: (params: Params$Create$e) => ts.IndexedAccessTypeNode;
}

interface Params$Create$d {
    export?: true;
    deprecated?: boolean;
    name: string;
    members: readonly ts.TypeElement[];
    typeParameters?: readonly ts.TypeParameterDeclaration[];
    comment?: string;
}
interface Factory$u {
    create: (params: Params$Create$d) => ts.InterfaceDeclaration;
}

interface Params$g {
    typeNodes: ts.TypeNode[];
}
interface Factory$t {
    create: (params: Params$g) => ts.IntersectionTypeNode;
}

interface Params$f {
    value: string | boolean | number;
    comment?: string;
}
interface Factory$s {
    create: (params: Params$f) => ts.LiteralTypeNode;
}

interface Params$Create$c {
    name: string;
    async?: boolean;
    private?: boolean;
    typeParameters?: readonly ts.TypeParameterDeclaration[];
    parameters?: ts.ParameterDeclaration[];
    type?: ts.TypeNode;
    body?: ts.Block;
    comment?: string;
    deprecated?: boolean;
}
interface Factory$r {
    create: (params: Params$Create$c) => ts.MethodDeclaration;
}

interface Params$FindStatement {
    node: ts.ModuleDeclaration;
    name: string;
}
interface Params$Create$b {
    export?: true;
    name: string;
    statements: ts.Statement[];
    comment?: string;
    deprecated?: boolean;
}
interface Params$CreateMulti extends Omit<Params$Create$b, "name"> {
    names: string[];
}
interface Params$Update {
    node: ts.ModuleDeclaration;
    statements: ts.Statement[];
}
interface Factory$q {
    create: (params: Params$Create$b) => ts.ModuleDeclaration;
    findNamespace: (params: Params$FindStatement) => ts.Statement | undefined;
    createMultiple: (params: Params$CreateMulti) => ts.ModuleDeclaration;
    update: (params: Params$Update) => ts.ModuleDeclaration;
    addStatements: (params: Params$Update) => ts.ModuleDeclaration;
}

interface Params$e {
    text: string;
    rawText?: string;
}
interface Factory$p {
    create: (params: Params$e) => ts.NoSubstitutionTemplateLiteral;
}

interface Params$d {
    properties: ts.ObjectLiteralElementLike[];
    multiLine?: boolean;
}
interface Factory$o {
    create: (params: Params$d) => ts.ObjectLiteralExpression;
}

interface Params$Create$a {
    name: string;
    optional?: true;
    modifiers?: "private" | "public";
    type?: ts.TypeNode;
}
interface Factory$n {
    create: (params: Params$Create$a) => ts.ParameterDeclaration;
}

interface Params$Create$9 {
    expression: string | "this" | ts.Expression;
    name: string;
}
interface Factory$m {
    create: (params: Params$Create$9) => ts.PropertyAccessExpression;
}

interface Params$c {
    name: string;
    initializer: ts.Expression;
    comment?: string;
    deprecated?: boolean;
}
interface Factory$l {
    create: (params: Params$c) => ts.PropertyAssignment;
}

interface Params$b {
    modifiers: readonly ts.Modifier[] | undefined;
    name: string | ts.PropertyName;
    questionOrExclamationToken?: ts.QuestionToken | ts.ExclamationToken | undefined;
    type: ts.TypeNode | undefined;
    initializer?: ts.Expression | undefined;
}
interface Factory$k {
    create: (params: Params$b) => ts.PropertyDeclaration;
}

interface Params$a {
    name: string;
    readOnly: boolean;
    optional: boolean;
    type: ts.TypeNode;
    comment?: string;
}
interface Factory$j {
    create: (params: Params$a) => ts.PropertySignature;
}

interface Params$Create$8 {
    text: string;
}
interface Factory$i {
    create: (params: Params$Create$8) => ts.RegularExpressionLiteral;
}

interface Params$Create$7 {
    expression?: ts.Expression;
}
interface Factory$h {
    create: (params: Params$Create$7) => ts.ReturnStatement;
}

interface Params$Create$6 {
    name: string;
}
interface Factory$g {
    create: (params: Params$Create$6) => ts.ShorthandPropertyAssignment;
}

interface Params$9 {
    text: string;
    isSingleQuote?: boolean;
}
interface Factory$f {
    create: (params: Params$9) => ts.StringLiteral;
}

interface Params$8 {
    head: ts.TemplateHead;
    templateSpans: readonly ts.TemplateSpan[];
}
interface Factory$e {
    create: (params: Params$8) => ts.TemplateExpression;
}

interface Params$7 {
    text: string;
    rawText?: string;
}
interface Factory$d {
    create: (params: Params$7) => ts.TemplateHead;
}

interface Params$6 {
    text: string;
    rawText?: string;
}
interface Factory$c {
    create: (params: Params$6) => ts.TemplateMiddle;
}

interface Params$5 {
    expression: ts.Expression;
    literal: ts.TemplateMiddle | ts.TemplateTail;
}
interface Factory$b {
    create: (params: Params$5) => ts.TemplateSpan;
}

interface Params$4 {
    text: string;
    rawText?: string;
}
interface Factory$a {
    create: (params: Params$4) => ts.TemplateTail;
}

interface Params$Create$5 {
    export?: true;
    name: string;
    type: ts.TypeNode;
    comment?: string;
    deprecated?: boolean;
}
interface Factory$9 {
    create: (params: Params$Create$5) => ts.TypeAliasDeclaration;
}

interface Params$Create$4 {
    members: readonly ts.TypeElement[] | undefined;
}
interface Factory$8 {
    create: (params: Params$Create$4) => ts.TypeLiteralNode;
}

interface StringParams {
    type: "string";
    enum?: string[];
}
interface IntegerParams {
    type: "integer";
    enum?: number[];
}
interface NumberParams {
    type: "number";
    enum?: number[];
}
interface BooleanParams {
    type: "boolean";
    enum?: boolean[];
}
interface ObjectParams {
    type: "object";
    value: ts.TypeElement[];
}
interface UndefinedParams {
    type: "undefined";
}
interface ArrayParams {
    type: "array";
    value: ts.TypeNode;
}
interface NullParams {
    type: "null";
}
interface NeverParams {
    type: "never";
}
interface AnyParams {
    type: "any";
}
interface VoidParams {
    type: "void";
}
type Params$Create$3 = StringParams | IntegerParams | NumberParams | BooleanParams | ObjectParams | ArrayParams | UndefinedParams | NullParams | VoidParams | NeverParams | AnyParams;
interface Factory$7 {
    create: (params: Params$Create$3) => ts.TypeNode;
}

declare const syntaxKinds: {
    readonly keyof: ts.SyntaxKind.KeyOfKeyword;
    readonly unique: ts.SyntaxKind.UniqueKeyword;
    readonly readonly: ts.SyntaxKind.ReadonlyKeyword;
};
interface Params$Create$2 {
    syntaxKind: keyof typeof syntaxKinds;
    type: ts.TypeNode;
}
interface Factory$6 {
    create: (params: Params$Create$2) => ts.TypeOperatorNode;
}

interface Params$Create$1 {
    name: string;
    constraint?: ts.TypeNode;
    defaultType?: ts.TypeNode;
}
interface Factory$5 {
    create: (params: Params$Create$1) => ts.TypeParameterDeclaration;
}

interface Params$Create {
    name: string;
    typeArguments?: readonly ts.TypeNode[];
}
interface Factory$4 {
    create: (params: Params$Create) => ts.TypeReferenceNode;
}

interface Params$3 {
    typeNodes: ts.TypeNode[];
}
interface Factory$3 {
    create: (params: Params$3) => ts.UnionTypeNode;
}

interface Params$2 {
    name: string | ts.BindingName;
    type?: ts.TypeNode;
    initializer?: ts.Expression;
}
interface Factory$2 {
    create: (params: Params$2) => ts.VariableDeclaration;
}

declare const flags: {
    readonly const: ts.NodeFlags.Const;
};
interface Params$1 {
    declarations: readonly ts.VariableDeclaration[];
    flag: keyof typeof flags;
}
interface Factory$1 {
    create: (params: Params$1) => ts.VariableDeclarationList;
}

interface Params {
    comment?: string;
    deprecated?: boolean;
    modifiers?: ts.Modifier[];
    declarationList: ts.VariableDeclarationList | ts.VariableDeclaration[];
}
interface Factory {
    create: (params: Params) => ts.VariableStatement;
}

interface Type {
    ArrowFunction: Factory$G;
    Block: Factory$E;
    ClassDeclaration: Factory$C;
    InterfaceDeclaration: Factory$u;
    ParameterDeclaration: Factory$n;
    IndexedAccessTypeNode: Factory$v;
    MethodDeclaration: Factory$r;
    TypeOperatorNode: Factory$6;
    Namespace: Factory$q;
    PropertySignature: Factory$j;
    PropertyDeclaration: Factory$k;
    RegularExpressionLiteral: Factory$i;
    TypeAliasDeclaration: Factory$9;
    TypeNode: Factory$7;
    LiteralTypeNode: Factory$s;
    IndexSignatureDeclaration: Factory$w;
    UnionTypeNode: Factory$3;
    IntersectionTypeNode: Factory$t;
    TypeReferenceNode: Factory$4;
    TypeParameterDeclaration: Factory$5;
    ConstructorDeclaration: Factory$B;
    ReturnStatement: Factory$h;
    VariableDeclaration: Factory$2;
    VariableDeclarationList: Factory$1;
    VariableStatement: Factory;
    BinaryExpression: Factory$F;
    PropertyAccessExpression: Factory$m;
    NoSubstitutionTemplateLiteral: Factory$p;
    TemplateSpan: Factory$b;
    TemplateExpression: Factory$e;
    TemplateHead: Factory$d;
    TemplateMiddle: Factory$c;
    TemplateTail: Factory$a;
    Identifier: Factory$x;
    PropertyAssignment: Factory$l;
    ObjectLiteralExpression: Factory$o;
    ElementAccessExpression: Factory$A;
    ExpressionStatement: Factory$z;
    CallExpression: Factory$D;
    StringLiteral: Factory$f;
    FunctionTypeNode: Factory$y;
    TypeLiteralNode: Factory$8;
    ShorthandPropertyAssignment: Factory$g;
}
declare const create$1: () => Type;

type index_Type = Type;
declare namespace index {
  export { type index_Type as Type, create$1 as create };
}

interface FormatConversion {
    /**
     * Search parameters for the Schema to be converted
     */
    selector: {
        /**
         * DataType format
         *
         * @see https://github.com/OAI/OpenAPI-Specification/blob/main/versions/3.1.0.md#data-types
         */
        format: string;
    };
    /**
     * Output format
     */
    output: {
        /**
         * The type after conversion. The input string will be output as a typedef.
         */
        type: string[];
        /**
         * How to handle typedefs when there is more than one.
         *
         * Default oneOf
         */
        multiType?: "allOf" | "oneOf";
    };
}
/**
 * ユーザーが利用できる各種変換オプション
 */
interface Options {
    formatConversions?: FormatConversion[];
}
interface Types {
    /**
     * operationIdに対するescape
     */
    escapeOperationIdText: (operationId: string) => string;
    /**
     * interface/namespace/typeAliasのnameをescapeする
     * import/exportなどの予約語も裁く
     */
    escapeDeclarationText: (text: string) => string;
    /**
     * Schemas.A.B.Cに対するEscape
     */
    escapeReferenceDeclarationText: (text: string) => string;
    /**
     * 非破壊: PropertySignatureのname用のescape
     */
    escapePropertySignatureName: (text: string) => string;
    /**
     * 破壊: TypeReferenceのname用のescape
     */
    escapeTypeReferenceNodeName: (text: string) => string;
    generateResponseName: (operationId: string, statusCode: string) => string;
    generateArgumentParamsTypeDeclaration: (operationId: string) => string;
    generateRequestContentTypeName: (operationId: string) => string;
    generateResponseContentTypeName: (operationId: string) => string;
    generateParameterName: (operationId: string) => string;
    generateRequestBodyName: (operationId: string) => string;
    generateFunctionName: (operationId: string) => string;
    convertFormatTypeNode: (schema: {
        format?: string;
    }) => undefined | ts.TypeNode;
}
/**
 * ユーザーが利用できる各種変換オプション
 */
declare const create: (factory: Type, options?: Options) => Types;

type ConverterContext_FormatConversion = FormatConversion;
type ConverterContext_Options = Options;
type ConverterContext_Types = Types;
declare const ConverterContext_create: typeof create;
declare namespace ConverterContext {
  export { type ConverterContext_FormatConversion as FormatConversion, type ConverterContext_Options as Options, type ConverterContext_Types as Types, ConverterContext_create as create };
}

export { ConverterContext as C, type Options as O, index as i };