@canard/schema-form/dist/index.cjs

React-based component library that renders forms based on JSON Schema with plugin system support for validators and UI components

'use strict';

const filter$1 = require('@winglet/common-utils/filter');
const object$1 = require('@winglet/common-utils/object');
const error = require('@winglet/common-utils/error');
const object = require('@winglet/react-utils/object');
const jsxRuntime = require('react/jsx-runtime');
const filter = require('@winglet/json-schema/filter');
const react = require('react');
const array = require('@winglet/common-utils/array');
const hook = require('@winglet/react-utils/hook');
const filter$2 = require('@winglet/react-utils/filter');
const hoc = require('@winglet/react-utils/hoc');
const pointer = require('@winglet/json/pointer');
const _function = require('@winglet/common-utils/function');
const scanner$1 = require('@winglet/json-schema/scanner');
const math = require('@winglet/common-utils/math');
const constant = require('@winglet/common-utils/constant');
const lib = require('@winglet/common-utils/lib');
const scheduler = require('@winglet/common-utils/scheduler');

class JsonSchemaError extends error.BaseError {
    constructor(code, message, details = {}) {
        super('JSON_SCHEMA_ERROR', code, message, details);
        this.name = 'JsonSchemaError';
    }
}
const isJsonSchemaError = (error) => error instanceof JsonSchemaError;

class SchemaFormError extends error.BaseError {
    constructor(code, message, details = {}) {
        super('SCHEMA_FORM_ERROR', code, message, details);
        this.name = 'SchemaFormError';
    }
}
const isSchemaFormError = (error) => error instanceof SchemaFormError;

class UnhandledError extends error.BaseError {
    constructor(code, message, details = {}) {
        super('UNHANDLED_ERROR', code, message, details);
        this.name = 'UnhandledError';
    }
}
const isUnhandledError = (error) => error instanceof UnhandledError;

class ValidationError extends error.BaseError {
    constructor(code, message, details = {}) {
        super('VALIDATION_ERROR', code, message, details);
        this.name = 'ValidationError';
    }
}
const isValidationError = (error) => error instanceof ValidationError;

const FormInputRenderer = ({ Input }) => (jsxRuntime.jsx(Input, {}));

const FormGroupRenderer = ({ node, depth, path, name, required, Input, errorMessage, style, className, }) => {
    if (depth === 0)
        return jsxRuntime.jsx(Input, {});
    if (node.group === 'branch') {
        return (jsxRuntime.jsxs("fieldset", { style: {
                marginBottom: 5,
                marginLeft: 5 * depth,
                ...style,
            }, className: className, children: [jsxRuntime.jsx("legend", { children: node.name }), jsxRuntime.jsx("div", { children: jsxRuntime.jsx("em", { style: { fontSize: '0.85em' }, children: errorMessage }) }), jsxRuntime.jsx("div", { children: jsxRuntime.jsx(Input, {}) })] }));
    }
    else {
        return (jsxRuntime.jsxs("div", { style: {
                marginBottom: 5,
                marginLeft: 5 * depth,
                ...style,
            }, className: className, children: [node.parentNode && filter.isArraySchema(node.parentNode) === false && (jsxRuntime.jsxs("label", { htmlFor: path, style: { marginRight: 5 }, children: [name, " ", required && jsxRuntime.jsx("span", { style: { color: 'red' }, children: "*" })] })), jsxRuntime.jsx(Input, {}), jsxRuntime.jsx("br", {}), jsxRuntime.jsx("em", { style: { fontSize: '0.85em' }, children: errorMessage })] }));
    }
};

const FormLabelRenderer = ({ name }) => name;

const FormErrorRenderer = ({ errorMessage }) => (jsxRuntime.jsx("em", { children: errorMessage }));

const FormTypeInputArray = ({ node, readOnly, disabled, ChildNodeComponents, style, }) => {
    const handleClick = react.useCallback(() => {
        node.push();
    }, [node]);
    const handleRemoveClick = react.useCallback((index) => {
        node.remove(index);
    }, [node]);
    return (jsxRuntime.jsxs("div", { style: { display: 'flex', flexDirection: 'column', gap: 5, ...style }, children: [ChildNodeComponents &&
                array.map(ChildNodeComponents, (ChildNodeComponent, i) => {
                    const key = ChildNodeComponent.key;
                    return (jsxRuntime.jsxs("div", { style: { display: 'flex' }, children: [jsxRuntime.jsx(ChildNodeComponent, {}, key), !readOnly && (jsxRuntime.jsx(Button, { title: "remove item", label: "x", disabled: disabled, onClick: () => handleRemoveClick(i) }))] }, key));
                }), !readOnly && (jsxRuntime.jsxs("label", { style: {
                    display: 'flex',
                    justifyContent: 'flex-end',
                    alignItems: 'center',
                    cursor: 'pointer',
                    marginBottom: 5,
                }, children: [jsxRuntime.jsx("div", { style: { marginRight: 10 }, children: "Add New Item" }), jsxRuntime.jsx(Button, { title: "add item", label: "+", disabled: disabled, onClick: handleClick, fontSize: "1rem" })] }))] }));
};
const Button = ({ title, label, disabled, onClick, size = '1.3rem', fontSize = '0.8rem', style, }) => {
    return (jsxRuntime.jsx("button", { title: title, onClick: onClick, disabled: disabled, style: {
            position: 'relative',
            width: size,
            height: size,
            padding: 0,
            border: 'none',
            cursor: 'pointer',
            borderRadius: '50%',
            display: 'flex',
            alignItems: 'center',
            justifyContent: 'center',
            ...style,
        }, children: jsxRuntime.jsx("span", { style: {
                fontSize,
                lineHeight: 1,
                position: 'absolute',
                top: '50%',
                left: '50%',
                transform: 'translate(-50%, -50%)',
            }, children: label }) }));
};
const FormTypeInputArrayDefinition = {
    Component: FormTypeInputArray,
    test: { type: 'array' },
};

const FormTypeInputBoolean = ({ path, name, readOnly, disabled, defaultValue, onChange, style, className, }) => {
    const handleChange = hook.useHandle((event) => {
        onChange(event.target.checked);
    });
    return (jsxRuntime.jsx("input", { type: "checkbox", id: path, name: name, disabled: disabled || readOnly, defaultChecked: defaultValue ?? undefined, onChange: handleChange, style: style, className: className }));
};
const FormTypeInputBooleanDefinition = {
    Component: FormTypeInputBoolean,
    test: { type: 'boolean' },
};

const FormTypeInputDateFormat = ({ path, name, jsonSchema, readOnly, disabled, defaultValue, onChange, style, className, }) => {
    const { type, max, min } = react.useMemo(() => ({
        type: jsonSchema.format,
        max: jsonSchema.options?.maximum,
        min: jsonSchema.options?.minimum,
    }), [jsonSchema]);
    const handleChange = hook.useHandle((event) => {
        onChange(event.target.value);
    });
    return (jsxRuntime.jsx("input", { type: type, id: path, name: name, readOnly: readOnly, disabled: disabled, max: max, min: min, defaultValue: defaultValue ?? undefined, onChange: handleChange, style: style, className: className }));
};
const FormTypeInputDateFormatDefinition = {
    Component: FormTypeInputDateFormat,
    test: {
        type: 'string',
        format: ['month', 'week', 'date', 'time', 'datetime-local'],
    },
};

const FormTypeInputNumber = ({ path, name, jsonSchema, readOnly, disabled, defaultValue, onChange, placeholder, style, className, }) => {
    const handleChange = hook.useHandle((event) => {
        onChange(event.target.valueAsNumber);
    });
    return (jsxRuntime.jsx("input", { type: "number", id: path, name: name, step: jsonSchema.multipleOf, readOnly: readOnly, disabled: disabled, placeholder: placeholder, defaultValue: defaultValue ?? undefined, onChange: handleChange, style: style, className: className }));
};
const FormTypeInputNumberDefinition = {
    Component: FormTypeInputNumber,
    test: { type: ['number', 'integer'] },
};

const FormTypeInputObject = ({ ChildNodeComponents, }) => {
    const children = react.useMemo(() => {
        return ChildNodeComponents
            ? array.map(ChildNodeComponents, (ChildNodeComponent) => (jsxRuntime.jsx(ChildNodeComponent, {}, ChildNodeComponent.key)))
            : null;
    }, [ChildNodeComponents]);
    return jsxRuntime.jsx(react.Fragment, { children: children });
};
const FormTypeInputObjectDefinition = {
    Component: FormTypeInputObject,
    test: { type: 'object' },
};

const FormTypeInputString = ({ path, name, readOnly, disabled, jsonSchema, defaultValue, onChange, placeholder, style, className, }) => {
    const type = react.useMemo(() => {
        if (jsonSchema?.format === 'password')
            return 'password';
        else if (jsonSchema?.format === 'email')
            return 'email';
        else
            return 'text';
    }, [jsonSchema?.format]);
    const handleChange = hook.useHandle((event) => {
        onChange(event.target.value);
    });
    return (jsxRuntime.jsx("input", { type: type, id: path, name: name, readOnly: readOnly, disabled: disabled, placeholder: placeholder, defaultValue: defaultValue ?? undefined, onChange: handleChange, style: style, className: className }));
};
const FormTypeInputStringDefinition = {
    Component: FormTypeInputString,
    test: { type: 'string' },
};

const FormTypeInputStringCheckbox = ({ path, name, jsonSchema, readOnly, disabled, defaultValue, onChange, context, alias, style, className, }) => {
    const checkboxOptions = react.useMemo(() => jsonSchema.items?.enum
        ? array.map(jsonSchema.items.enum, (rawValue) => {
            const value = '' + rawValue;
            return {
                value,
                rawValue,
                label: context.checkboxLabels?.[value] || alias?.[value] || value,
            };
        })
        : [], [context, jsonSchema, alias]);
    const handleChange = hook.useHandle((event) => {
        const { value, checked } = event.target;
        const rawValue = checkboxOptions.find((option) => option.value === value)?.rawValue;
        if (rawValue === undefined)
            return;
        if (checked)
            onChange((prev) => [...(prev || []), rawValue]);
        else
            onChange((prev) => prev?.filter((option) => option !== rawValue) || []);
    });
    return (jsxRuntime.jsx("div", { children: array.map(checkboxOptions, ({ value, rawValue, label }) => (jsxRuntime.jsxs("label", { style: style, className: className, children: [jsxRuntime.jsx("input", { type: "checkbox", id: path, name: name, readOnly: readOnly, disabled: disabled, value: value, defaultChecked: defaultValue?.includes(rawValue), onChange: handleChange }), label] }, value))) }));
};
const FormTypeInputStringCheckboxDefinition = {
    Component: FormTypeInputStringCheckbox,
    test: ({ type, jsonSchema }) => type === 'array' &&
        jsonSchema.formType === 'checkbox' &&
        filter.isStringSchema(jsonSchema.items) &&
        !!jsonSchema.items?.enum?.length,
};

const FormTypeInputStringEnum = ({ path, name, jsonSchema, defaultValue, onChange, readOnly, disabled, context, alias, style, className, }) => {
    const enumOptions = react.useMemo(() => jsonSchema.enum
        ? array.map(jsonSchema.enum, (rawValue) => {
            const value = '' + rawValue;
            return {
                value,
                rawValue,
                label: context.enumLabels?.[value] || alias?.[value] || value,
            };
        })
        : [], [context, jsonSchema, alias]);
    const initialValue = react.useMemo(() => {
        if (defaultValue === undefined)
            return undefined;
        if (defaultValue === null)
            return '' + null;
        return defaultValue;
    }, [defaultValue]);
    const handleChange = hook.useHandle((event) => {
        const rawValue = enumOptions.find((option) => option.value === event.target.value)?.rawValue;
        if (rawValue === undefined)
            return;
        onChange(rawValue);
    });
    return (jsxRuntime.jsx("select", { id: path, name: name, disabled: disabled || readOnly, defaultValue: initialValue, onChange: handleChange, style: style, className: className, children: array.map(enumOptions, ({ value, label }) => (jsxRuntime.jsx("option", { value: value, children: label }, value))) }));
};
const FormTypeInputStringEnumDefinition = {
    Component: FormTypeInputStringEnum,
    test: ({ type, jsonSchema }) => type === 'string' && !!jsonSchema.enum?.length,
};

const FormTypeInputStringRadio = ({ path, name, jsonSchema, readOnly, disabled, defaultValue, onChange, context, alias, style, className, }) => {
    const radioOptions = react.useMemo(() => jsonSchema.enum
        ? array.map(jsonSchema.enum, (rawValue) => {
            const value = '' + rawValue;
            return {
                value,
                rawValue,
                label: context.radioLabels?.[value] || alias?.[value] || value,
            };
        })
        : [], [context, jsonSchema, alias]);
    const handleChange = hook.useHandle((event) => {
        const rawValue = radioOptions.find((option) => option.value === event.target.value)?.rawValue;
        if (rawValue === undefined)
            return;
        onChange(rawValue);
    });
    return (jsxRuntime.jsx(react.Fragment, { children: array.map(radioOptions, ({ value, rawValue, label }) => (jsxRuntime.jsxs("label", { style: style, className: className, children: [jsxRuntime.jsx("input", { type: "radio", id: path, name: name, readOnly: readOnly, disabled: disabled, value: value, defaultChecked: rawValue === defaultValue, onChange: handleChange }), label] }, value))) }));
};
const FormTypeInputStringRadioDefinition = {
    Component: FormTypeInputStringRadio,
    test: ({ type, jsonSchema }) => type === 'string' &&
        (jsonSchema.formType === 'radio' || jsonSchema.formType === 'radiogroup') &&
        !!jsonSchema.enum?.length,
};

const FormTypeInputVirtual = ({ ChildNodeComponents, }) => {
    return (jsxRuntime.jsx(react.Fragment, { children: ChildNodeComponents &&
            array.map(ChildNodeComponents, (ChildNodeComponent) => (jsxRuntime.jsx(ChildNodeComponent, {}, ChildNodeComponent.key))) }));
};
const FormTypeInputVirtualDefinition = {
    Component: FormTypeInputVirtual,
    test: { type: 'virtual' },
};

const formTypeDefinitions = [
    FormTypeInputDateFormatDefinition,
    FormTypeInputStringCheckboxDefinition,
    FormTypeInputStringRadioDefinition,
    FormTypeInputStringEnumDefinition,
    FormTypeInputVirtualDefinition,
    FormTypeInputArrayDefinition,
    FormTypeInputObjectDefinition,
    FormTypeInputBooleanDefinition,
    FormTypeInputStringDefinition,
    FormTypeInputNumberDefinition,
];

const BIT_MASK_ALL = -1;
const BIT_MASK_NONE = 0;

const UNIT_SEPARATOR = '\x1F';
const START_OF_TEXT = '\x02';
const END_OF_TEXT = '\x03';

const ENHANCED_KEY = START_OF_TEXT + UNIT_SEPARATOR + END_OF_TEXT;

const transformErrors = (errors, key) => {
    if (!filter$1.isArray(errors))
        return [];
    const result = new Array();
    for (let i = 0, l = errors.length; i < l; i++) {
        const error = errors[i];
        if (error.dataPath.indexOf(ENHANCED_KEY) !== -1)
            continue;
        error.key = key ? ++sequence : undefined;
        result[result.length] = error;
    }
    return result;
};
let sequence = 0;

const getErrorMessage = (keyword, errorMessages, context) => {
    const errorMessage = errorMessages[keyword] || errorMessages.default;
    if (typeof errorMessage === 'string')
        return errorMessage;
    if (errorMessage &&
        typeof errorMessage === 'object' &&
        context.locale !== undefined) {
        const localeErrorMessage = errorMessage[context.locale];
        if (typeof localeErrorMessage === 'string')
            return localeErrorMessage;
    }
    return null;
};

const replacePattern = (errorMessage, details, value) => {
    let message = errorMessage;
    if (details && typeof details === 'object') {
        const keys = Object.keys(details);
        for (let i = 0, k = keys[0], l = keys.length; i < l; i++, k = keys[i])
            message = message.replace('{' + k + '}', '' + details[k]);
    }
    message = message.replace('{value}', '' + value);
    return message;
};

const formatError = (error, node, context) => {
    const errorMessages = node.jsonSchema.errorMessages;
    if (!errorMessages || !error.keyword)
        return error.message;
    const errorMessage = getErrorMessage(error.keyword, errorMessages, context);
    if (errorMessage)
        return replacePattern(errorMessage, error.details, node.value);
    return error.message;
};

const JSONPointer = {
    Root: pointer.JSONPointer.Root,
    Fragment: pointer.JSONPointer.Fragment,
    Separator: pointer.JSONPointer.Separator,
    Parent: '..',
    Current: '.',
    Index: '*',
    Context: '@',
};

const isAbsolutePath = (pointer) => pointer[0] === JSONPointer.Separator ||
    (pointer[0] === JSONPointer.Fragment && pointer[1] === JSONPointer.Separator);

const joinSegment = (basePath = JSONPointer.Root, segment) => (segment !== '' ? basePath + JSONPointer.Separator + segment : basePath);

const stripFragment = (path) => path[0] === JSONPointer.Fragment
    ? path[2] !== undefined
        ? path.slice(1)
        : JSONPointer.Root
    : path === JSONPointer.Separator
        ? JSONPointer.Root
        : path;

const INCLUDE_INDEX_REGEX = new RegExp(`^(\\${JSONPointer.Fragment})?\\${JSONPointer.Separator}(?:.*\\${JSONPointer.Separator})?\\${JSONPointer.Index}(?:\\${JSONPointer.Separator}.*)?(?<!\\${JSONPointer.Separator})$`);

const normalizeFormTypeInputMap = (formTypeInputMap) => {
    if (!formTypeInputMap)
        return [];
    const result = [];
    const keys = Object.keys(formTypeInputMap);
    for (let i = 0, k = keys[0], l = keys.length; i < l; i++, k = keys[i]) {
        const Component = formTypeInputMap[k];
        if (!filter$2.isReactComponent(Component))
            continue;
        if (INCLUDE_INDEX_REGEX.test(k))
            result.push({
                test: formTypeTestFnFactory$1(k),
                Component: hoc.withErrorBoundary(Component),
            });
        else
            result.push({
                test: pathExactMatchFnFactory(k),
                Component: hoc.withErrorBoundary(Component),
            });
    }
    return result;
};
const pathExactMatchFnFactory = (inputPath) => {
    try {
        const path = stripFragment(inputPath);
        const regex = path ? new RegExp(path) : null;
        return (hint) => {
            if (hint.path === path)
                return true;
            if (regex?.test(hint.path))
                return true;
            return false;
        };
    }
    catch (error) {
        throw new SchemaFormError('FORM_TYPE_INPUT_MAP', `FormTypeInputMap contains an invalid key pattern.: ${inputPath}`, { path: inputPath, error });
    }
};
const formTypeTestFnFactory$1 = (path) => {
    const segments = stripFragment(path).split(JSONPointer.Separator);
    return (hint) => {
        const hintSegments = hint.path.split(JSONPointer.Separator);
        if (segments.length !== hintSegments.length)
            return false;
        for (let i = 0, l = segments.length; i < l; i++) {
            const segment = segments[i];
            const hintSegment = hintSegments[i];
            if (segment === JSONPointer.Index) {
                if (!filter$1.isArrayIndex(hintSegment))
                    return false;
            }
            else if (segment !== hintSegment)
                return false;
        }
        return true;
    };
};

const normalizeFormTypeInputDefinitions = (formTypeInputDefinitions) => {
    if (!formTypeInputDefinitions)
        return [];
    const result = [];
    for (const { Component, test } of formTypeInputDefinitions) {
        if (!filter$2.isReactComponent(Component))
            continue;
        if (filter$1.isFunction(test))
            result.push({
                test,
                Component: hoc.withErrorBoundary(Component),
            });
        else if (filter$1.isPlainObject(test)) {
            result.push({
                test: formTypeTestFnFactory(test),
                Component: hoc.withErrorBoundary(Component),
            });
        }
    }
    return result;
};
const formTypeTestFnFactory = (test) => {
    const keys = Object.keys(test);
    return (hint) => {
        for (let i = 0, k = keys[0], l = keys.length; i < l; i++, k = keys[i]) {
            const reference = test[k];
            const subject = hint[k];
            if (filter$1.isArray(reference)) {
                if (reference.indexOf(subject) === -1)
                    return false;
            }
            else {
                if (reference !== subject)
                    return false;
            }
        }
        return true;
    };
};

const defaultRenderKit = {
    FormGroup: FormGroupRenderer,
    FormLabel: FormLabelRenderer,
    FormInput: FormInputRenderer,
    FormError: FormErrorRenderer,
};
const defaultFormTypeInputDefinitions = normalizeFormTypeInputDefinitions(formTypeDefinitions);
const defaultFormatError = formatError;
class PluginManager {
    static #renderKit = defaultRenderKit;
    static #formTypeInputDefinitions = defaultFormTypeInputDefinitions;
    static #validator;
    static #formatError = defaultFormatError;
    static get FormGroup() {
        return PluginManager.#renderKit.FormGroup;
    }
    static get FormLabel() {
        return PluginManager.#renderKit.FormLabel;
    }
    static get FormInput() {
        return PluginManager.#renderKit.FormInput;
    }
    static get FormError() {
        return PluginManager.#renderKit.FormError;
    }
    static get formatError() {
        return PluginManager.#formatError;
    }
    static get formTypeInputDefinitions() {
        return PluginManager.#formTypeInputDefinitions;
    }
    static get validator() {
        return PluginManager.#validator;
    }
    static reset() {
        PluginManager.#renderKit = defaultRenderKit;
        PluginManager.#formTypeInputDefinitions = defaultFormTypeInputDefinitions;
        PluginManager.#validator = undefined;
        PluginManager.#formatError = defaultFormatError;
    }
    static appendRenderKit(renderKit) {
        if (!renderKit)
            return;
        PluginManager.#renderKit = {
            ...PluginManager.#renderKit,
            ...object.remainOnlyReactComponent(renderKit),
        };
    }
    static appendFormTypeInputDefinitions(formTypeInputDefinitions) {
        if (!formTypeInputDefinitions)
            return;
        PluginManager.#formTypeInputDefinitions = [
            ...normalizeFormTypeInputDefinitions(formTypeInputDefinitions),
            ...PluginManager.#formTypeInputDefinitions,
        ];
    }
    static appendValidator(validator) {
        if (!validator)
            return;
        PluginManager.#validator = validator;
    }
    static appendFormatError(formatError) {
        if (!formatError)
            return;
        PluginManager.#formatError = formatError;
    }
}

const RegisteredPlugin = new Set();
const registerPlugin = (plugin) => {
    if (plugin === null)
        PluginManager.reset();
    if (!filter$1.isPlainObject(plugin))
        return;
    const hash = object$1.stableSerialize(plugin);
    if (RegisteredPlugin.has(hash))
        return;
    try {
        const { formTypeInputDefinitions, validator, formatError, ...renderKit } = plugin;
        PluginManager.appendRenderKit(renderKit);
        PluginManager.appendFormTypeInputDefinitions(formTypeInputDefinitions);
        PluginManager.appendValidator(validator);
        PluginManager.appendFormatError(formatError);
    }
    catch (error) {
        throw new UnhandledError('REGISTER_PLUGIN', 'Failed to register plugin', {
            plugin,
            error,
        });
    }
    RegisteredPlugin.add(hash);
};

const extractSchemaInfo = (jsonSchema) => {
    if (jsonSchema === undefined)
        return null;
    const type = jsonSchema.type;
    if (type === undefined)
        return null;
    if (filter$1.isArray(type)) {
        if (type.length === 0 || type.length > 2)
            return null;
        if (type.length === 1)
            return { type: type[0], nullable: type[0] === 'null' };
        const nullIndex = type.indexOf('null');
        if (nullIndex === -1)
            return null;
        return { type: type[nullIndex === 0 ? 1 : 0], nullable: true };
    }
    return {
        type,
        nullable: type === 'null' || jsonSchema.nullable === true,
    };
};

const getReferenceTable = (jsonSchema) => {
    const referenceTable = new Map();
    new scanner$1.JsonSchemaScanner({
        visitor: {
            exit: ({ schema, hasReference }) => {
                if (hasReference && typeof schema.$ref === 'string')
                    referenceTable.set(schema.$ref, pointer.getValue(jsonSchema, schema.$ref));
            },
        },
    }).scan(jsonSchema);
    if (referenceTable.size === 0)
        return null;
    return referenceTable;
};

const getResolveSchemaScanner = (referenceTable, maxDepth) => new scanner$1.JsonSchemaScanner({
    options: {
        resolveReference: (path, entry) => {
            const { $ref: _, ...preferredSchema } = entry.schema;
            const referenceSchema = referenceTable.get(path);
            if (referenceSchema === undefined)
                return;
            if (filter$1.isEmptyObject(preferredSchema))
                return referenceSchema;
            return object$1.merge(object$1.clone(referenceSchema), preferredSchema);
        },
        maxDepth,
    },
});

const getResolveSchema = (jsonSchema, maxDepth = 1) => {
    const table = getReferenceTable(jsonSchema);
    const scanner = table ? getResolveSchemaScanner(table, maxDepth) : null;
    return scanner
        ? (schema) => schema !== undefined ? scanner.scan(schema).getValue() : undefined
        : null;
};

const processOneOfSchema = (schema, variant) => object$1.merge(schema, {
    properties: {
        [ENHANCED_KEY]: {
            const: variant,
        },
    },
});

const transformCondition = (schema, virtual) => {
    const transformed = Object.assign({}, schema);
    if (schema.required?.length) {
        const result = transformVirtualFields(schema.required, virtual);
        transformed.required = result.required;
        result.virtualRequired.length &&
            (transformed.virtualRequired = result.virtualRequired);
    }
    schema.then && (transformed.then = transformCondition(schema.then, virtual));
    schema.else && (transformed.else = transformCondition(schema.else, virtual));
    return transformed;
};
const transformVirtualFields = (required, virtual) => {
    const requiredKeys = [];
    const virtualRequiredKeys = [];
    for (let i = 0, il = required.length; i < il; i++) {
        const key = required[i];
        const fields = virtual[key]?.fields;
        if (fields) {
            for (let j = 0, jl = fields.length; j < jl; j++)
                requiredKeys.indexOf(fields[j]) === -1 && requiredKeys.push(fields[j]);
            virtualRequiredKeys.indexOf(key) === -1 && virtualRequiredKeys.push(key);
        }
        else
            requiredKeys.indexOf(key) === -1 && requiredKeys.push(key);
    }
    return { required: requiredKeys, virtualRequired: virtualRequiredKeys };
};

const processVirtualSchema = (schema) => {
    if (schema.virtual === undefined)
        return null;
    let expired = false;
    if (schema.required) {
        schema = transformCondition(schema, schema.virtual);
        expired = true;
    }
    if (schema.then) {
        schema.then = transformCondition(schema.then, schema.virtual);
        expired = true;
    }
    if (schema.else) {
        schema.else = transformCondition(schema.else, schema.virtual);
        expired = true;
    }
    return expired ? schema : null;
};

const preprocessSchema = (schema) => scanner.scan(schema).getValue() || schema;
const scanner = new scanner$1.JsonSchemaScanner({
    options: {
        mutate: (entry) => {
            let schema = entry.schema;
            let idle = true;
            if (filter.isObjectSchema(schema)) {
                const processed = processVirtualSchema(schema);
                schema = processed || schema;
                if (idle)
                    idle = processed === null;
            }
            if (entry.keyword === 'oneOf') {
                schema = processOneOfSchema(schema, entry.variant);
                idle = false;
            }
            if (idle)
                return;
            return schema;
        },
    },
});

const getCloneDepth = (schema) => filter.isObjectSchema(schema) ? 3 : filter.isArraySchema(schema) ? 2 : 1;

const distributeAllOfProperties = (base, source) => {
    if (source.properties === undefined)
        return;
    if (base.properties === undefined)
        base.properties = source.properties;
    else {
        const properties = base.properties;
        const keys = Object.keys(source.properties);
        for (let i = 0, k = keys[0], l = keys.length; i < l; i++, k = keys[i]) {
            const subSchema = source.properties[k];
            if (properties[k] === undefined)
                properties[k] = subSchema;
            else
                distributeSchema(properties[k], subSchema);
        }
    }
};
const distributeAllOfItems = (base, source) => {
    if (base.items === false || source.items === undefined)
        return;
    else if (source.items === false)
        base.items = false;
    else if (base.items === undefined)
        base.items = source.items;
    else
        distributeSchema(base.items, source.items);
};
const distributeSchema = (base, source) => {
    if (filter$1.isArray(base.allOf))
        base.allOf.push(source);
    else
        base.allOf = [source];
};

const intersectBooleanOr = (baseBool, sourceBool) => {
    if (baseBool === undefined && sourceBool === undefined)
        return undefined;
    if (baseBool === undefined)
        return sourceBool;
    if (sourceBool === undefined)
        return baseBool;
    return baseBool || sourceBool;
};

const intersectConst = (baseConst, sourceConst) => {
    if (baseConst === undefined && sourceConst === undefined)
        return undefined;
    if (baseConst === undefined)
        return sourceConst;
    if (sourceConst === undefined)
        return baseConst;
    if (baseConst !== sourceConst)
        throw new JsonSchemaError('CONFLICTING_CONST_VALUES', `Conflicting const values: ${baseConst} vs ${sourceConst}`);
    return baseConst;
};

const intersectEnum = (baseEnum, sourceEnum, deepEqual) => {
    if (!baseEnum && !sourceEnum)
        return undefined;
    if (!baseEnum)
        return sourceEnum;
    if (!sourceEnum)
        return baseEnum;
    const intersected = deepEqual
        ? array.intersectionWith(baseEnum, sourceEnum, object$1.equals)
        : array.intersectionLite(baseEnum, sourceEnum);
    if (intersected.length === 0)
        throw new JsonSchemaError('EMPTY_ENUM_INTERSECTION', 'Enum values must have at least one common value');
    return intersected;
};

const intersectMaximum = (baseMax, sourceMax) => {
    if (baseMax === undefined && sourceMax === undefined)
        return undefined;
    if (baseMax === undefined)
        return sourceMax;
    if (sourceMax === undefined)
        return baseMax;
    return math.minLite(baseMax, sourceMax);
};

const intersectMinimum = (baseMin, sourceMin) => {
    if (baseMin === undefined && sourceMin === undefined)
        return undefined;
    if (baseMin === undefined)
        return sourceMin;
    if (sourceMin === undefined)
        return baseMin;
    return math.maxLite(baseMin, sourceMin);
};

const FIRST_WIN_FIELDS = [
    'title',
    'description',
    '$comment',
    'examples',
    'default',
    'readOnly',
    'writeOnly',
    'format',
    'additionalProperties',
    'patternProperties',
    'prefixItems',
];
const SPECIAL_FIELDS = [
    'type',
    'enum',
    'const',
    'required',
    'nullable',
    'pattern',
    'multipleOf',
    'minimum',
    'maximum',
    'exclusiveMinimum',
    'exclusiveMaximum',
    'minLength',
    'maxLength',
    'minItems',
    'maxItems',
    'minProperties',
    'maxProperties',
    'minContains',
    'maxContains',
    'uniqueItems',
    'propertyNames',
    'properties',
    'items',
];
const IGNORE_FIELDS = [
    'allOf',
    'anyOf',
    'oneOf',
    'not',
    'if',
    'then',
    'else',
    'dependencies',
    'dependentRequired',
    'dependentSchemas',
    'unevaluatedProperties',
    'unevaluatedItems',
    'contains',
];
const EXCLUDE_FIELDS = new Set([
    ...FIRST_WIN_FIELDS,
    ...SPECIAL_FIELDS,
    ...IGNORE_FIELDS,
]);

const processFirstWinFields = (base, source) => {
    for (let i = 0, l = FIRST_WIN_FIELDS.length; i < l; i++) {
        const field = FIRST_WIN_FIELDS[i];
        const baseValue = base[field];
        const sourceValue = source[field];
        if (baseValue !== undefined)
            base[field] = baseValue;
        else if (sourceValue !== undefined)
            base[field] = sourceValue;
    }
};

const processOverwriteFields = (base, source) => {
    const keys = Object.keys(source);
    for (let i = 0, k = keys[0], l = keys.length; i < l; i++, k = keys[i]) {
        const value = source[k];
        if (EXCLUDE_FIELDS.has(k) || value === undefined)
            continue;
        base[k] = value;
    }
};

const processSchemaType = (base, source) => {
    const baseInfo = extractSchemaInfo(base);
    if (baseInfo === null)
        return;
    const sourceInfo = extractSchemaInfo(source);
    const sourceNullable = (sourceInfo?.nullable ?? source.nullable) !== false;
    const schemaType = sourceInfo !== null
        ? intersectSchemaType(baseInfo.type, sourceInfo.type)
        : baseInfo.type;
    if (base.nullable !== undefined)
        base.nullable = undefined;
    if (baseInfo.nullable && sourceNullable)
        base.type = (schemaType !== 'null' ? [schemaType, 'null'] : 'null');
    else
        base.type = schemaType;
};
const intersectSchemaType = (baseType, sourceType) => (baseType === 'number' && sourceType === 'integer' ? 'integer' : baseType);

const unionRequired = (baseRequired, sourceRequired) => {
    if (!baseRequired && !sourceRequired)
        return undefined;
    if (!baseRequired)
        return sourceRequired;
    if (!sourceRequired)
        return baseRequired;
    return array.unique([...baseRequired, ...sourceRequired]);
};

const validateRange = (min, max, errorMessage = 'Invalid range: min > max') => {
    if (min !== undefined && max !== undefined && min > max) {
        throw new JsonSchemaError('INVALID_RANGE', `${errorMessage} (${min} > ${max})`);
    }
};

const intersectArraySchema = (base, source) => {
    processSchemaType(base, source);
    processFirstWinFields(base, source);
    processOverwriteFields(base, source);
    distributeAllOfItems(base, source);
    const enumResult = intersectEnum(base.enum, source.enum, true);
    const constResult = intersectConst(base.const, source.const);
    const requiredResult = unionRequired(base.required, source.required);
    const minItems = intersectMinimum(base.minItems, source.minItems);
    const maxItems = intersectMaximum(base.maxItems, source.maxItems);
    const minContains = intersectMinimum(base.minContains, source.minContains);
    const maxContains = intersectMaximum(base.maxContains, source.maxContains);
    const uniqueItems = intersectBooleanOr(base.uniqueItems, source.uniqueItems);
    validateRange(minItems, maxItems, 'Invalid array constraints: minItems');
    validateRange(minContains, maxContains, 'Invalid array constraints: minContains');
    if (enumResult !== undefined)
        base.enum = enumResult;
    if (constResult !== undefined)
        base.const = constResult;
    if (requiredResult !== undefined)
        base.required = requiredResult;
    if (minItems !== undefined)
        base.minItems = minItems;
    if (maxItems !== undefined)
        base.maxItems = maxItems;
    if (minContains !== undefined)
        base.minContains = minContains;
    if (maxContains !== undefined)
        base.maxContains = maxContains;
    if (uniqueItems !== undefined)
        base.uniqueItems = uniqueItems;
    return base;
};

const intersectBooleanSchema = (base, source) => {
    processSchemaType(base, source);
    processFirstWinFields(base, source);
    processOverwriteFields(base, source);
    const enumResult = intersectEnum(base.enum, source.enum);
    const constResult = intersectConst(base.const, source.const);
    const requiredResult = unionRequired(base.required, source.required);
    if (enumResult !== undefined)
        base.enum = enumResult;
    if (constResult !== undefined)
        base.const = constResult;
    if (requiredResult !== undefined)
        base.required = requiredResult;
    return base;
};

const intersectNullSchema = (base, source) => {
    processSchemaType(base, source);
    processFirstWinFields(base, source);
    processOverwriteFields(base, source);
    const enumResult = intersectEnum(base.enum, source.enum);
    const constResult = intersectConst(base.const, source.const);
    const requiredResult = unionRequired(base.required, source.required);
    if (enumResult !== undefined)
        base.enum = enumResult;
    if (constResult !== undefined)
        base.const = constResult;
    if (requiredResult !== undefined)
        base.required = requiredResult;
    return base;
};

const intersectMultipleOf = (baseMultiple, sourceMultiple) => {
    if (baseMultiple === undefined && sourceMultiple === undefined)
        return undefined;
    if (baseMultiple === undefined)
        return sourceMultiple;
    if (sourceMultiple === undefined)
        return baseMultiple;
    return math.lcm(baseMultiple, sourceMultiple);
};

const intersectNumberSchema = (base, source) => {
    processSchemaType(base, source);
    processFirstWinFields(base, source);
    processOverwriteFields(base, source);
    const enumResult = intersectEnum(base.enum, source.enum);
    const constResult = intersectConst(base.const, source.const);
    const requiredResult = unionRequired(base.required, source.required);
    const minimum = intersectMinimum(base.minimum, source.minimum);
    const maximum = intersectMaximum(base.maximum, source.maximum);
    const exclusiveMinimum = intersectMinimum(base.exclusiveMinimum, source.exclusiveMinimum);
    const exclusiveMaximum = intersectMaximum(base.exclusiveMaximum, source.exclusiveMaximum);
    const multipleOf = intersectMultipleOf(base.multipleOf, source.multipleOf);
    validateRange(minimum, maximum, 'Invalid number constraints: minimum');
    validateRange(exclusiveMinimum, exclusiveMaximum, 'Invalid number constraints: exclusiveMinimum');
    if (enumResult !== undefined)
        base.enum = enumResult;
    if (constResult !== undefined)
        base.const = constResult;
    if (requiredResult !== undefined)
        base.required = requiredResult;
    if (minimum !== undefined)
        base.minimum = minimum;
    if (maximum !== undefined)
        base.maximum = maximum;
    if (exclusiveMinimum !== undefined)
        base.exclusiveMinimum = exclusiveMinimum;
    if (exclusiveMaximum !== undefined)
        base.exclusiveMaximum = exclusiveMaximum;
    if (multipleOf !== undefined)
        base.multipleOf = multipleOf;
    return base;
};

const intersectPattern = (basePattern, sourcePattern) => {
    if (!basePattern && !sourcePattern)
        return undefined;
    if (!basePattern)
        return sourcePattern;
    if (!sourcePattern)
        return basePattern;
    return '(?=' + basePattern + ')(?=' + sourcePattern + ')';
};

const intersectStringSchema = (base, source) => {
    processSchemaType(base, source);
    processFirstWinFields(base, source);
    processOverwriteFields(base, source);
    const enumResult = intersectEnum(base.enum, source.enum);
    const constResult = intersectConst(base.const, source.const);
    const requiredResult = unionRequired(base.required, source.required);
    const pattern = intersectPattern(base.pattern, source.pattern);
    const minLength = intersectMinimum(base.minLength, source.minLength);
    const maxLength = intersectMaximum(base.maxLength, source.maxLength);
    validateRange(minLength, maxLength, 'Invalid string constraints: minLength');
    if (enumResult !== undefined)
        base.enum = enumResult;
    if (constResult !== undefined)
        base.const = constResult;
    if (requiredResult !== undefined)
        base.required = requiredResult;
    if (pattern !== undefined)
        base.pattern = pattern;
    if (minLength !== undefined)
        base.minLength = minLength;
    if (maxLength !== undefined)
        base.maxLength = maxLength;
    return base;
};

const intersectObjectSchema = (base, source) => {
    processSchemaType(base, source);
    processFirstWinFields(base, source);
    processOverwriteFields(base, source);
    distributeAllOfProperties(base, source);
    const enumResult = intersectEnum(base.enum, source.enum, true);
    const constResult = intersectConst(base.const, source.const);
    const requiredResult = unionRequired(base.required, source.required);
    const propertyNames = base.propertyNames && source.propertyNames
        ? intersectStringSchema(base.propertyNames, source.propertyNames)
        : base.propertyNames || source.propertyNames;
    const minProperties = intersectMinimum(base.minProperties, source.minProperties);
    const maxProperties = intersectMaximum(base.maxProperties, source.maxProperties);
    validateRange(minProperties, maxProperties, 'Invalid object constraints: minProperties');
    if (enumResult !== undefined)
        base.enum = enumResult;
    if (constResult !== undefined)
        base.const = constResult;
    if (requiredResult !== undefined)
        base.required = requiredResult;
    if (propertyNames !== undefined)
        base.propertyNames = propertyNames;
    if (minProperties !== undefined)
        base.minProperties = minProperties;
    if (maxProperties !== undefined)
        base.maxProperties = maxProperties;
    return base;
};

const getMergeSchemaHandler = (schema) => {
    const schemaInfo = extractSchemaInfo(schema);
    switch (schemaInfo?.type) {
        case 'array':
            return intersectArraySchema;
        case 'boolean':
            return intersectBooleanSchema;
        case 'null':
            return intersectNullSchema;
        case 'number':
        case 'integer':
            return intersectNumberSchema;
        case 'object':
            return intersectObjectSchema;
        case 'string':
            return intersectStringSchema;
    }
    return null;
};

const validateCompatibility = (schema, allOfSchema) => allOfSchema.type === undefined || filter.isCompatibleSchemaType(schema, allOfSchema);

const processAllOfSchema = (schema) => {
    if (!schema.allOf?.length)
        return schema;
    const mergeHandler = getMergeSchemaHandler(schema);
    if (!mergeHandler)
        return schema;
    const { allOf, ...rest } = schema;
    schema = object$1.cloneLite(rest, getCloneDepth(schema));
    for (let i = 0, l = allOf.length; i < l; i++) {
        const allOfSchema = allOf[i];
        if (validateCompatibility(schema, allOfSchema) === false)
            throw new JsonSchemaError('ALL_OF_TYPE_REDEFINITION', 'Type cannot be redefined in allOf schema. It must either be omitted or match the parent schema type.', { schema, allOfSchema });
        schema = mergeHandler(schema, allOfSchema);
    }
    return schema;
};

const stripSchemaExtensions = (jsonSchema) => new scanner$1.JsonSchemaScanner({ options: { mutate } }).scan(jsonSchema).getValue() ||
    jsonSchema;
const mutate = ({ schema, }) => {
    if (schema == null)
        return;
    if (schema.FormTypeInput === undefined &&
        schema.FormTypeInputProps === undefined &&
        schema.FormTypeRendererProps === undefined &&
        schema.errorMessages === undefined &&
        schema.options === undefined)
        return;
    const { FormTypeInput, FormTypeInputProps, FormTypeRendererProps, errorMessages, options, ...stripedSchema } = schema;
    return stripedSchema;
};

const isTerminalType = (type) => type === 'boolean' ||
    type === 'number' ||
    type === 'integer' ||
    type === 'string' ||
    type === 'null';
const isBranchType = (type) => type === 'array' || type === 'object' || type === 'virtual';

exports.ValidationMode = void 0;
(function (ValidationMode) {
    ValidationMode[ValidationMode["None"] = 0] = "None";
    ValidationMode[ValidationMode["OnChange"] = 1] = "OnChange";
    ValidationMode[ValidationMode["OnRequest"] = 2] = "OnRequest";
})(exports.ValidationMode || (exports.ValidationMode = {}));
var NodeEventType;
(function (NodeEventType) {
    NodeEventType[NodeEventType["Initialized"] = 1] = "Initialized";
    NodeEventType[NodeEventType["UpdatePath"] = 2] = "UpdatePath";
    NodeEventType[NodeEventType["UpdateValue"] = 4] = "UpdateValue";
    NodeEventType[NodeEventType["UpdateState"] = 8] = "UpdateState";
    NodeEventType[NodeEventType["UpdateError"] = 16] = "UpdateError";
    NodeEventType[NodeEventType["UpdateGlobalError"] = 32] = "UpdateGlobalError";
    NodeEventType[NodeEventType["UpdateChildren"] = 64] = "UpdateChildren";
    NodeEventType[NodeEventType["UpdateComputedProperties"] = 128] = "UpdateComputedProperties";
    NodeEventType[NodeEventType["Focused"] = 256] = "Focused";
    NodeEventType[NodeEventType["Blurred"] = 512] = "Blurred";
    NodeEventType[NodeEventType["RequestFocus"] = 1024] = "RequestFocus";
    NodeEventType[NodeEventType["RequestSelect"] = 2048] = "RequestSelect";
    NodeEventType[NodeEventType["RequestRefresh"] = 4096] = "RequestRefresh";
    NodeEventType[NodeEventType["RequestEmitChange"] = 8192] = "RequestEmitChange";
})(NodeEventType || (NodeEventType = {}));
exports.NodeEventType = void 0;
(function (PublicNodeEventType) {
    PublicNodeEventType[PublicNodeEventType["UpdateValue"] = 4] = "UpdateValue";
    PublicNodeEventType[PublicNodeEventType["UpdateState"] = 8] = "UpdateState";
    PublicNodeEventType[PublicNodeEventType["UpdateError"] = 16] = "UpdateError";
    PublicNodeEventType[PublicNodeEventType["RequestFocus"] = 1024] = "RequestFocus";
    PublicNodeEventType[PublicNodeEventType["RequestSelect"] = 2048] = "RequestSelect";
})(exports.NodeEventType || (exports.NodeEventType = {}));
exports.NodeState = void 0;
(function (NodeState) {
    NodeState[NodeState["Dirty"] = 1] = "Dirty";
    NodeState[NodeState["Touched"] = 2] = "Touched";
    NodeState[NodeState["ShowError"] = 4] = "ShowError";
})(exports.NodeState || (exports.NodeState = {}));
var SetValueOption;
(function (SetValueOption) {
    SetValueOption[SetValueOption["None"] = 0] = "None";
    SetValueOption[SetValueOption["Replace"] = 1] = "Replace";
    SetValueOption[SetValueOption["EmitChange"] = 2] = "EmitChange";
    SetValueOption[SetValueOption["Propagate"] = 4] = "Propagate";
    SetValueOption[SetValueOption["Refresh"] = 8] = "Refresh";
    SetValueOption[SetValueOption["Batch"] = 16] = "Batch";
    SetValueOption[SetValueOption["Isolate"] = 32] = "Isolate";
    SetValueOption[SetValueOption["Normalize"] = 64] = "Normalize";
    SetValueOption[SetValueOption["PublishUpdateEvent"] = 128] = "PublishUpdateEvent";
    SetValueOption[SetValueOption["BatchedEmitChange"] = 18] = "BatchedEmitChange";
    SetValueOption[SetValueOption["Default"] = 130] = "Default";
    SetValueOption[SetValueOption["BatchDefault"] = 146] = "BatchDefault";
    SetValueOption[SetValueOption["Reset"] = 151] = "Reset";
    SetValueOption[SetValueOption["IsolateReset"] = 183] = "IsolateReset";
    SetValueOption[SetValueOption["StableReset"] = 223] = "StableReset";
    SetValueOption[SetValueOption["Merge"] = 190] = "Merge";
    SetValueOption[SetValueOption["Overwrite"] = 191] = "Overwrite";
})(SetValueOption || (SetValueOption = {}));
exports.SetValueOption = void 0;
(function (PublicSetValueOption) {
    PublicSetValueOption[PublicSetValueOption["Merge"] = 190] = "Merge";
    PublicSetValueOption[PublicSetValueOption["Overwrite"] = 191] = "Overwrite";
})(exports.SetValueOption || (exports.SetValueOption = {}));

const getEmptyValue = (type) => {
    if (type === 'array')
        return [];
    if (type === 'object')
        return {};
    return undefined;
};

const getDefaultValue = (jsonSchema) => {
    if (jsonSchema.default !== undefined)
        return jsonSchema.default;
    if (jsonSchema.type === 'virtual')
        return [];
    const schemaInfo = extractSchemaInfo(jsonSchema);
    if (schemaInfo === null)
        return undefined;
    return getEmptyValue(schemaInfo.type);
};

const getObjectDefaultValue = (jsonSchema, inputDefault) => {
    const defaultValue = inputDefault !== undefined ? inputDefault : jsonSchema.default;
    const result = defaultValue || {};
    new scanner$1.JsonSchemaScanner({
        visitor: {
            enter: ({ schema, dataPath }) => {
                if (lib.hasOwnProperty(schema, 'default'))
                    pointer.setValue(result, dataPath, schema.default, SET_VALUE_OPTIONS);
            },
        },
    }).scan(jsonSchema);
    if (filter$1.isEmptyObject(result))
        return defaultValue;
    return result;
};
const SET_VALUE_OPTIONS = {
    overwrite: false,
    preserveNull: false,
};

const afterMicrotask = (handler) => {
    let macrotaskId;
    const callback = () => {
        handler();
        macrotaskId = undefined;
    };
    return () => {
        if (macrotaskId)
            scheduler.cancelMacrotaskSafe(macrotaskId);
        macrotaskId = scheduler.scheduleMacrotaskSafe(callback);
    };
};

const checkDefinedValue = (value) => {
    if (value === null)
        return true;
    if (typeof value === 'object') {
        for (const key in value)
            if (lib.hasOwnProperty(value, key))