		@@ -11,851 +11,592 @@ /**

		'use strict';

		if (process.env.NODE_ENV !== "production") {
		(function() {
		'use strict';

		function ReactFreshBabelPlugin (babel) {
		var opts = arguments.length > 1 && arguments[1] !== undefined ? arguments[1] : {};

		if (typeof babel.env === 'function') {
		// Only available in Babel 7.
		var env = babel.env();

		if (env !== 'development' && !opts.skipEnvCheck) {
		throw new Error('React Refresh Babel transform should only be enabled in development environment. ' + 'Instead, the environment is: "' + env + '". If you want to override this check, pass {skipEnvCheck: true} as plugin options.');
		"use strict";
		"production" !== process.env.NODE_ENV &&
		(module.exports = function (babel) {
		function createRegistration(programPath, persistentID) {
		var handle = programPath.scope.generateUidIdentifier("c");
		registrationsByProgramPath.has(programPath) \|\|
		registrationsByProgramPath.set(programPath, []);
		registrationsByProgramPath
		.get(programPath)
		.push({ handle: handle, persistentID: persistentID });
		return handle;
		}
		}

		var t = babel.types;
		var refreshReg = t.identifier(opts.refreshReg \|\| '$RefreshReg$');
		var refreshSig = t.identifier(opts.refreshSig \|\| '$RefreshSig$');
		var registrationsByProgramPath = new Map();

		function createRegistration(programPath, persistentID) {
		var handle = programPath.scope.generateUidIdentifier('c');

		if (!registrationsByProgramPath.has(programPath)) {
		registrationsByProgramPath.set(programPath, []);
		function isComponentishName(name) {
		return "string" === typeof name && "A" <= name[0] && "Z" >= name[0];
		}

		var registrations = registrationsByProgramPath.get(programPath);
		registrations.push({
		handle: handle,
		persistentID: persistentID
		});
		return handle;
		}

		function isComponentishName(name) {
		return typeof name === 'string' && name[0] >= 'A' && name[0] <= 'Z';
		}

		function findInnerComponents(inferredName, path, callback) {
		var node = path.node;

		switch (node.type) {
		case 'Identifier':
		{
		if (!isComponentishName(node.name)) {
		return false;
		} // export default hoc(Foo)
		// const X = hoc(Foo)


		function findInnerComponents(inferredName, path, callback) {
		var node = path.node;
		switch (node.type) {
		case "Identifier":
		if (!isComponentishName(node.name)) break;
		callback(inferredName, node, null);
		return true;
		}

		case 'FunctionDeclaration':
		{
		// function Foo() {}
		// export function Foo() {}
		// export default function Foo() {}
		callback(inferredName, node.id, null);
		return true;
		}

		case 'ArrowFunctionExpression':
		{
		if (node.body.type === 'ArrowFunctionExpression') {
		return false;
		} // let Foo = () => {}
		// export default hoc1(hoc2(() => {}))


		return !0;
		case "FunctionDeclaration":
		return callback(inferredName, node.id, null), !0;
		case "ArrowFunctionExpression":
		if ("ArrowFunctionExpression" === node.body.type) break;
		callback(inferredName, node, path);
		return true;
		}

		case 'FunctionExpression':
		{
		// let Foo = function() {}
		// const Foo = hoc1(forwardRef(function renderFoo() {}))
		// export default memo(function() {})
		callback(inferredName, node, path);
		return true;
		}

		case 'CallExpression':
		{
		var argsPath = path.get('arguments');

		if (argsPath === undefined \|\| argsPath.length === 0) {
		return false;
		}

		var calleePath = path.get('callee');

		return !0;
		case "FunctionExpression":
		return callback(inferredName, node, path), !0;
		case "CallExpression":
		var argsPath = path.get("arguments");
		if (void 0 === argsPath \|\| 0 === argsPath.length) break;
		var calleePath = path.get("callee");
		switch (calleePath.node.type) {
		case 'MemberExpression':
		case 'Identifier':
		{
		var calleeSource = calleePath.getSource();
		var firstArgPath = argsPath[0];
		var innerName = inferredName + '$' + calleeSource;
		var foundInside = findInnerComponents(innerName, firstArgPath, callback);

		if (!foundInside) {
		return false;
		} // const Foo = hoc1(hoc2(() => {}))
		// export default memo(React.forwardRef(function() {}))


		callback(inferredName, node, path);
		return true;
		}

		case "MemberExpression":
		case "Identifier":
		calleePath = calleePath.getSource();
		if (
		!findInnerComponents(
		inferredName + "$" + calleePath,
		argsPath[0],
		callback
		)
		)
		return !1;
		callback(inferredName, node, path);
		return !0;
		default:
		{
		return false;
		}
		return !1;
		}
		}

		case 'VariableDeclarator':
		{
		var init = node.init;

		if (init === null) {
		return false;
		}

		var name = node.id.name;

		if (!isComponentishName(name)) {
		return false;
		}

		switch (init.type) {
		case 'ArrowFunctionExpression':
		case 'FunctionExpression':
		// Likely component definitions.
		break;

		case 'CallExpression':
		{
		// Maybe a HOC.
		// Try to determine if this is some form of import.
		var callee = init.callee;
		var calleeType = callee.type;

		if (calleeType === 'Import') {
		return false;
		} else if (calleeType === 'Identifier') {
		if (callee.name.indexOf('require') === 0) {
		return false;
		} else if (callee.name.indexOf('import') === 0) {
		return false;
		} // Neither require nor import. Might be a HOC.
		// Pass through.

		} else ;

		case "VariableDeclarator":
		if (
		((argsPath = node.init),
		null !== argsPath &&
		((calleePath = node.id.name), isComponentishName(calleePath)))
		) {
		switch (argsPath.type) {
		case "ArrowFunctionExpression":
		case "FunctionExpression":
		break;
		}

		case 'TaggedTemplateExpression':
		// Maybe something like styled.div`...`
		break;

		default:
		return false;
		}

		var initPath = path.get('init');

		var _foundInside = findInnerComponents(inferredName, initPath, callback);

		if (_foundInside) {
		return true;
		} // See if this identifier is used in JSX. Then it's a component.


		var binding = path.scope.getBinding(name);

		if (binding === undefined) {
		return;
		}

		var isLikelyUsedAsType = false;
		var referencePaths = binding.referencePaths;

		for (var i = 0; i < referencePaths.length; i++) {
		var ref = referencePaths[i];

		if (ref.node && ref.node.type !== 'JSXIdentifier' && ref.node.type !== 'Identifier') {
		continue;
		case "CallExpression":
		node = argsPath.callee;
		var calleeType = node.type;
		if (
		"Import" === calleeType \|\|
		("Identifier" === calleeType &&
		(0 === node.name.indexOf("require") \|\|
		0 === node.name.indexOf("import")))
		)
		return !1;
		break;
		case "TaggedTemplateExpression":
		break;
		default:
		return !1;
		}

		var refParent = ref.parent;

		if (refParent.type === 'JSXOpeningElement') {
		isLikelyUsedAsType = true;
		} else if (refParent.type === 'CallExpression') {
		var _callee = refParent.callee;
		var fnName = void 0;

		switch (_callee.type) {
		case 'Identifier':
		fnName = _callee.name;
		break;

		case 'MemberExpression':
		fnName = _callee.property.name;
		break;
		node = path.get("init");
		if (findInnerComponents(inferredName, node, callback)) return !0;
		calleePath = path.scope.getBinding(calleePath);
		if (void 0 === calleePath) return;
		path = !1;
		calleePath = calleePath.referencePaths;
		for (calleeType = 0; calleeType < calleePath.length; calleeType++) {
		var ref = calleePath[calleeType];
		if (
		!ref.node \|\|
		"JSXIdentifier" === ref.node.type \|\|
		"Identifier" === ref.node.type
		) {
		ref = ref.parent;
		if ("JSXOpeningElement" === ref.type) path = !0;
		else if ("CallExpression" === ref.type) {
		ref = ref.callee;
		var fnName = void 0;
		switch (ref.type) {
		case "Identifier":
		fnName = ref.name;
		break;
		case "MemberExpression":
		fnName = ref.property.name;
		}
		switch (fnName) {
		case "createElement":
		case "jsx":
		case "jsxDEV":
		case "jsxs":
		path = !0;
		}
		}
		if (path) return callback(inferredName, argsPath, node), !0;
		}

		switch (fnName) {
		case 'createElement':
		case 'jsx':
		case 'jsxDEV':
		case 'jsxs':
		isLikelyUsedAsType = true;
		break;
		}
		}

		if (isLikelyUsedAsType) {
		// const X = ... + later <X />
		callback(inferredName, init, initPath);
		return true;
		}
		}
		}
		}
		return !1;
		}

		return false;
		}

		function isBuiltinHook(hookName) {
		switch (hookName) {
		case 'useState':
		case 'React.useState':
		case 'useReducer':
		case 'React.useReducer':
		case 'useEffect':
		case 'React.useEffect':
		case 'useLayoutEffect':
		case 'React.useLayoutEffect':
		case 'useMemo':
		case 'React.useMemo':
		case 'useCallback':
		case 'React.useCallback':
		case 'useRef':
		case 'React.useRef':
		case 'useContext':
		case 'React.useContext':
		case 'useImperativeHandle':
		case 'React.useImperativeHandle':
		case 'useDebugValue':
		case 'React.useDebugValue':
		case 'useId':
		case 'React.useId':
		case 'useDeferredValue':
		case 'React.useDeferredValue':
		case 'useTransition':
		case 'React.useTransition':
		case 'useInsertionEffect':
		case 'React.useInsertionEffect':
		case 'useSyncExternalStore':
		case 'React.useSyncExternalStore':
		case 'useFormStatus':
		case 'React.useFormStatus':
		case 'useFormState':
		case 'React.useFormState':
		case 'useActionState':
		case 'React.useActionState':
		case 'useOptimistic':
		case 'React.useOptimistic':
		return true;

		default:
		return false;
		function getHookCallsSignature(functionNode) {
		functionNode = hookCalls.get(functionNode);
		return void 0 === functionNode
		? null
		: {
		key: functionNode
		.map(function (call) {
		return call.name + "{" + call.key + "}";
		})
		.join("\n"),
		customHooks: functionNode
		.filter(function (call) {
		a: switch (call.name) {
		case "useState":
		case "React.useState":
		case "useReducer":
		case "React.useReducer":
		case "useEffect":
		case "React.useEffect":
		case "useLayoutEffect":
		case "React.useLayoutEffect":
		case "useMemo":
		case "React.useMemo":
		case "useCallback":
		case "React.useCallback":
		case "useRef":
		case "React.useRef":
		case "useContext":
		case "React.useContext":
		case "useImperativeHandle":
		case "React.useImperativeHandle":
		case "useDebugValue":
		case "React.useDebugValue":
		case "useId":
		case "React.useId":
		case "useDeferredValue":
		case "React.useDeferredValue":
		case "useTransition":
		case "React.useTransition":
		case "useInsertionEffect":
		case "React.useInsertionEffect":
		case "useSyncExternalStore":
		case "React.useSyncExternalStore":
		case "useFormStatus":
		case "React.useFormStatus":
		case "useFormState":
		case "React.useFormState":
		case "useActionState":
		case "React.useActionState":
		case "useOptimistic":
		case "React.useOptimistic":
		call = !0;
		break a;
		default:
		call = !1;
		}
		return !call;
		})
		.map(function (call) {
		return t.cloneDeep(call.callee);
		})
		};
		}
		}

		function getHookCallsSignature(functionNode) {
		var fnHookCalls = hookCalls.get(functionNode);

		if (fnHookCalls === undefined) {
		return null;
		}

		return {
		key: fnHookCalls.map(function (call) {
		return call.name + '{' + call.key + '}';
		}).join('\n'),
		customHooks: fnHookCalls.filter(function (call) {
		return !isBuiltinHook(call.name);
		}).map(function (call) {
		return t.cloneDeep(call.callee);
		})
		};
		}

		var hasForceResetCommentByFile = new WeakMap(); // We let user do /* @refresh reset */ to reset state in the whole file.

		function hasForceResetComment(path) {
		var file = path.hub.file;
		var hasForceReset = hasForceResetCommentByFile.get(file);

		if (hasForceReset !== undefined) {
		function hasForceResetComment(path) {
		path = path.hub.file;
		var hasForceReset = hasForceResetCommentByFile.get(path);
		if (void 0 !== hasForceReset) return hasForceReset;
		hasForceReset = !1;
		for (var comments = path.ast.comments, i = 0; i < comments.length; i++)
		if (-1 !== comments[i].value.indexOf("@refresh reset")) {
		hasForceReset = !0;
		break;
		}
		hasForceResetCommentByFile.set(path, hasForceReset);
		return hasForceReset;
		}

		hasForceReset = false;
		var comments = file.ast.comments;

		for (var i = 0; i < comments.length; i++) {
		var cmt = comments[i];

		if (cmt.value.indexOf('@refresh reset') !== -1) {
		hasForceReset = true;
		break;
		}
		function createArgumentsForSignature(node, signature, scope) {
		var key = signature.key;
		signature = signature.customHooks;
		var forceReset = hasForceResetComment(scope.path),
		customHooksInScope = [];
		signature.forEach(function (callee) {
		switch (callee.type) {
		case "MemberExpression":
		if ("Identifier" === callee.object.type)
		var bindingName = callee.object.name;
		break;
		case "Identifier":
		bindingName = callee.name;
		}
		scope.hasBinding(bindingName)
		? customHooksInScope.push(callee)
		: (forceReset = !0);
		});
		signature = key;
		"function" !== typeof require \|\|
		opts.emitFullSignatures \|\|
		(signature = require("crypto")
		.createHash("sha1")
		.update(key)
		.digest("base64"));
		node = [node, t.stringLiteral(signature)];
		(forceReset \|\| 0 < customHooksInScope.length) &&
		node.push(t.booleanLiteral(forceReset));
		0 < customHooksInScope.length &&
		node.push(
		t.functionExpression(
		null,
		[],
		t.blockStatement([
		t.returnStatement(t.arrayExpression(customHooksInScope))
		])
		)
		);
		return node;
		}

		hasForceResetCommentByFile.set(file, hasForceReset);
		return hasForceReset;
		}

		function createArgumentsForSignature(node, signature, scope) {
		var key = signature.key,
		customHooks = signature.customHooks;
		var forceReset = hasForceResetComment(scope.path);
		var customHooksInScope = [];
		customHooks.forEach(function (callee) {
		// Check if a corresponding binding exists where we emit the signature.
		var bindingName;

		switch (callee.type) {
		case 'MemberExpression':
		if (callee.object.type === 'Identifier') {
		bindingName = callee.object.name;
		}

		break;

		case 'Identifier':
		bindingName = callee.name;
		break;
		function findHOCCallPathsAbove(path) {
		for (var calls = []; ; ) {
		if (!path) return calls;
		var parentPath = path.parentPath;
		if (!parentPath) return calls;
		if (
		"AssignmentExpression" === parentPath.node.type &&
		path.node === parentPath.node.right
		)
		path = parentPath;
		else if (
		"CallExpression" === parentPath.node.type &&
		path.node !== parentPath.node.callee
		)
		calls.push(parentPath), (path = parentPath);
		else return calls;
		}

		if (scope.hasBinding(bindingName)) {
		customHooksInScope.push(callee);
		} else {
		// We don't have anything to put in the array because Hook is out of scope.
		// Since it could potentially have been edited, remount the component.
		forceReset = true;
		}
		});
		var finalKey = key;

		if (typeof require === 'function' && !opts.emitFullSignatures) {
		// Prefer to hash when we can (e.g. outside of ASTExplorer).
		// This makes it deterministically compact, even if there's
		// e.g. a useState initializer with some code inside.
		// We also need it for www that has transforms like cx()
		// that don't understand if something is part of a string.
		finalKey = require('crypto').createHash('sha1').update(key).digest('base64');
		}

		var args = [node, t.stringLiteral(finalKey)];

		if (forceReset \|\| customHooksInScope.length > 0) {
		args.push(t.booleanLiteral(forceReset));
		var opts =
		1 < arguments.length && void 0 !== arguments[1] ? arguments[1] : {};
		if ("function" === typeof babel.env) {
		var env = babel.env();
		if ("development" !== env && !opts.skipEnvCheck)
		throw Error(
		'React Refresh Babel transform should only be enabled in development environment. Instead, the environment is: "' +
		env +
		'". If you want to override this check, pass {skipEnvCheck: true} as plugin options.'
		);
		}

		if (customHooksInScope.length > 0) {
		args.push( // TODO: We could use an arrow here to be more compact.
		// However, don't do it until AMA can run them natively.
		t.functionExpression(null, [], t.blockStatement([t.returnStatement(t.arrayExpression(customHooksInScope))])));
		}

		return args;
		}

		function findHOCCallPathsAbove(path) {
		var calls = [];

		while (true) {
		if (!path) {
		return calls;
		}

		var parentPath = path.parentPath;

		if (!parentPath) {
		return calls;
		}

		if ( // hoc(_c = function() { })
		parentPath.node.type === 'AssignmentExpression' && path.node === parentPath.node.right) {
		// Ignore registrations.
		path = parentPath;
		continue;
		}

		if ( // hoc1(hoc2(...))
		parentPath.node.type === 'CallExpression' && path.node !== parentPath.node.callee) {
		calls.push(parentPath);
		path = parentPath;
		continue;
		}

		return calls; // Stop at other types.
		}
		}

		var seenForRegistration = new WeakSet();
		var seenForSignature = new WeakSet();
		var seenForOutro = new WeakSet();
		var hookCalls = new WeakMap();
		var HookCallsVisitor = {
		CallExpression: function (path) {
		var node = path.node;
		var callee = node.callee; // Note: this visitor MUST NOT mutate the tree in any way.
		// It runs early in a separate traversal and should be very fast.

		var name = null;

		switch (callee.type) {
		case 'Identifier':
		name = callee.name;
		break;

		case 'MemberExpression':
		name = callee.property.name;
		break;
		}

		if (name === null \|\| !/^use[A-Z]/.test(name)) {
		return;
		}

		var fnScope = path.scope.getFunctionParent();

		if (fnScope === null) {
		return;
		} // This is a Hook call. Record it.


		var fnNode = fnScope.block;

		if (!hookCalls.has(fnNode)) {
		hookCalls.set(fnNode, []);
		}

		var hookCallsForFn = hookCalls.get(fnNode);
		var key = '';

		if (path.parent.type === 'VariableDeclarator') {
		// TODO: if there is no LHS, consider some other heuristic.
		key = path.parentPath.get('id').getSource();
		} // Some built-in Hooks reset on edits to arguments.


		var args = path.get('arguments');

		if (name === 'useState' && args.length > 0) {
		// useState second argument is initial state.
		key += '(' + args[0].getSource() + ')';
		} else if (name === 'useReducer' && args.length > 1) {
		// useReducer second argument is initial state.
		key += '(' + args[1].getSource() + ')';
		}

		hookCallsForFn.push({
		callee: path.node.callee,
		name: name,
		key: key
		});
		}
		};
		return {
		visitor: {
		ExportDefaultDeclaration: function (path) {
		var node = path.node;
		var decl = node.declaration;
		var declPath = path.get('declaration');

		if (decl.type !== 'CallExpression') {
		// For now, we only support possible HOC calls here.
		// Named function declarations are handled in FunctionDeclaration.
		// Anonymous direct exports like export default function() {}
		// are currently ignored.
		return;
		} // Make sure we're not mutating the same tree twice.
		// This can happen if another Babel plugin replaces parents.


		if (seenForRegistration.has(node)) {
		return;
		var t = babel.types,
		refreshReg = t.identifier(opts.refreshReg \|\| "$RefreshReg$"),
		refreshSig = t.identifier(opts.refreshSig \|\| "$RefreshSig$"),
		registrationsByProgramPath = new Map(),
		hasForceResetCommentByFile = new WeakMap(),
		seenForRegistration = new WeakSet(),
		seenForSignature = new WeakSet(),
		seenForOutro = new WeakSet(),
		hookCalls = new WeakMap(),
		HookCallsVisitor = {
		CallExpression: function (path) {
		var callee = path.node.callee,
		name = null;
		switch (callee.type) {
		case "Identifier":
		name = callee.name;
		break;
		case "MemberExpression":
		name = callee.property.name;
		}
		if (
		null !== name &&
		/^use[A-Z]/.test(name) &&
		((callee = path.scope.getFunctionParent()), null !== callee)
		) {
		callee = callee.block;
		hookCalls.has(callee) \|\| hookCalls.set(callee, []);
		callee = hookCalls.get(callee);
		var key = "";
		"VariableDeclarator" === path.parent.type &&
		(key = path.parentPath.get("id").getSource());
		var args = path.get("arguments");
		"useState" === name && 0 < args.length
		? (key += "(" + args[0].getSource() + ")")
		: "useReducer" === name &&
		1 < args.length &&
		(key += "(" + args[1].getSource() + ")");
		callee.push({ callee: path.node.callee, name: name, key: key });
		}
		}

		seenForRegistration.add(node); // Don't mutate the tree above this point.
		// This code path handles nested cases like:
		// export default memo(() => {})
		// In those cases it is more plausible people will omit names
		// so they're worth handling despite possible false positives.
		// More importantly, it handles the named case:
		// export default memo(function Named() {})

		var inferredName = '%default%';
		var programPath = path.parentPath;
		findInnerComponents(inferredName, declPath, function (persistentID, targetExpr, targetPath) {
		if (targetPath === null) {
		// For case like:
		// export default hoc(Foo)
		// we don't want to wrap Foo inside the call.
		// Instead we assume it's registered at definition.
		return;
		};
		return {
		visitor: {
		ExportDefaultDeclaration: function (path) {
		var node = path.node,
		decl = node.declaration,
		declPath = path.get("declaration");
		if (
		"CallExpression" === decl.type &&
		!seenForRegistration.has(node)
		) {
		seenForRegistration.add(node);
		var programPath = path.parentPath;
		findInnerComponents(
		"%default%",
		declPath,
		function (persistentID, targetExpr, targetPath) {
		null !== targetPath &&
		((persistentID = createRegistration(
		programPath,
		persistentID
		)),
		targetPath.replaceWith(
		t.assignmentExpression("=", persistentID, targetExpr)
		));
		}
		);
		}

		var handle = createRegistration(programPath, persistentID);
		targetPath.replaceWith(t.assignmentExpression('=', handle, targetExpr));
		});
		},
		FunctionDeclaration: {
		enter: function (path) {
		var node = path.node;
		var programPath;
		var insertAfterPath;
		var modulePrefix = '';

		},
		FunctionDeclaration: {
		enter: function (path) {
		var node = path.node,
		modulePrefix = "";
		switch (path.parent.type) {
		case "Program":
		var insertAfterPath = path;
		var programPath = path.parentPath;
		break;
		case "TSModuleBlock":
		insertAfterPath = path;
		programPath = insertAfterPath.parentPath.parentPath;
		break;
		case "ExportNamedDeclaration":
		insertAfterPath = path.parentPath;
		programPath = insertAfterPath.parentPath;
		break;
		case "ExportDefaultDeclaration":
		insertAfterPath = path.parentPath;
		programPath = insertAfterPath.parentPath;
		break;
		default:
		return;
		}
		if (
		"TSModuleBlock" === path.parent.type \|\|
		"ExportNamedDeclaration" === path.parent.type
		)
		for (; "Program" !== programPath.type; ) {
		if ("TSModuleDeclaration" === programPath.type) {
		if (
		"Program" !== programPath.parentPath.type &&
		"ExportNamedDeclaration" !== programPath.parentPath.type
		)
		return;
		modulePrefix = programPath.node.id.name + "$" + modulePrefix;
		}
		programPath = programPath.parentPath;
		}
		var id = node.id;
		null !== id &&
		((id = id.name),
		isComponentishName(id) &&
		!seenForRegistration.has(node) &&
		(seenForRegistration.add(node),
		findInnerComponents(
		modulePrefix + id,
		path,
		function (persistentID, targetExpr) {
		persistentID = createRegistration(
		programPath,
		persistentID
		);
		insertAfterPath.insertAfter(
		t.expressionStatement(
		t.assignmentExpression("=", persistentID, targetExpr)
		)
		);
		}
		)));
		},
		exit: function (path) {
		var node = path.node,
		id = node.id;
		if (null !== id) {
		var signature = getHookCallsSignature(node);
		if (null !== signature && !seenForSignature.has(node)) {
		seenForSignature.add(node);
		node = path.scope.generateUidIdentifier("_s");
		path.scope.parent.push({
		id: node,
		init: t.callExpression(refreshSig, [])
		});
		path
		.get("body")
		.unshiftContainer(
		"body",
		t.expressionStatement(t.callExpression(node, []))
		);
		var insertAfterPath = null;
		path.find(function (p) {
		if (p.parentPath.isBlock()) return (insertAfterPath = p), !0;
		});
		null !== insertAfterPath &&
		insertAfterPath.insertAfter(
		t.expressionStatement(
		t.callExpression(
		node,
		createArgumentsForSignature(
		id,
		signature,
		insertAfterPath.scope
		)
		)
		)
		);
		}
		}
		}
		},
		"ArrowFunctionExpression\|FunctionExpression": {
		exit: function (path) {
		var node = path.node,
		signature = getHookCallsSignature(node);
		if (null !== signature && !seenForSignature.has(node)) {
		seenForSignature.add(node);
		var sigCallID = path.scope.generateUidIdentifier("_s");
		path.scope.parent.push({
		id: sigCallID,
		init: t.callExpression(refreshSig, [])
		});
		"BlockStatement" !== path.node.body.type &&
		(path.node.body = t.blockStatement([
		t.returnStatement(path.node.body)
		]));
		path
		.get("body")
		.unshiftContainer(
		"body",
		t.expressionStatement(t.callExpression(sigCallID, []))
		);
		if ("VariableDeclarator" === path.parent.type) {
		var insertAfterPath = null;
		path.find(function (p) {
		if (p.parentPath.isBlock()) return (insertAfterPath = p), !0;
		});
		null !== insertAfterPath &&
		insertAfterPath.insertAfter(
		t.expressionStatement(
		t.callExpression(
		sigCallID,
		createArgumentsForSignature(
		path.parent.id,
		signature,
		insertAfterPath.scope
		)
		)
		)
		);
		} else
		[path]
		.concat(findHOCCallPathsAbove(path))
		.forEach(function (p) {
		p.replaceWith(
		t.callExpression(
		sigCallID,
		createArgumentsForSignature(p.node, signature, p.scope)
		)
		);
		});
		}
		}
		},
		VariableDeclaration: function (path) {
		var node = path.node,
		modulePrefix = "";
		switch (path.parent.type) {
		case 'Program':
		insertAfterPath = path;
		programPath = path.parentPath;
		case "Program":
		var insertAfterPath = path;
		var programPath = path.parentPath;
		break;

		case 'TSModuleBlock':
		case "TSModuleBlock":
		insertAfterPath = path;
		programPath = insertAfterPath.parentPath.parentPath;
		break;

		case 'ExportNamedDeclaration':
		case "ExportNamedDeclaration":
		insertAfterPath = path.parentPath;
		programPath = insertAfterPath.parentPath;
		break;

		case 'ExportDefaultDeclaration':
		case "ExportDefaultDeclaration":
		insertAfterPath = path.parentPath;
		programPath = insertAfterPath.parentPath;
		break;

		default:
		return;
		} // These types can be nested in typescript namespace
		// We need to find the export chain
		// Or return if it stays local


		if (path.parent.type === 'TSModuleBlock' \|\| path.parent.type === 'ExportNamedDeclaration') {
		while (programPath.type !== 'Program') {
		if (programPath.type === 'TSModuleDeclaration') {
		if (programPath.parentPath.type !== 'Program' && programPath.parentPath.type !== 'ExportNamedDeclaration') {
		}
		if (
		"TSModuleBlock" === path.parent.type \|\|
		"ExportNamedDeclaration" === path.parent.type
		)
		for (; "Program" !== programPath.type; ) {
		if ("TSModuleDeclaration" === programPath.type) {
		if (
		"Program" !== programPath.parentPath.type &&
		"ExportNamedDeclaration" !== programPath.parentPath.type
		)
		return;
		}

		modulePrefix = programPath.node.id.name + '$' + modulePrefix;
		modulePrefix = programPath.node.id.name + "$" + modulePrefix;
		}

		programPath = programPath.parentPath;
		}
		if (
		!seenForRegistration.has(node) &&
		(seenForRegistration.add(node),
		(path = path.get("declarations")),
		1 === path.length)
		) {
		var declPath = path[0];
		findInnerComponents(
		modulePrefix + declPath.node.id.name,
		declPath,
		function (persistentID, targetExpr, targetPath) {
		null !== targetPath &&
		((persistentID = createRegistration(
		programPath,
		persistentID
		)),
		"VariableDeclarator" === targetPath.parent.type
		? insertAfterPath.insertAfter(
		t.expressionStatement(
		t.assignmentExpression(
		"=",
		persistentID,
		declPath.node.id
		)
		)
		)
		: targetPath.replaceWith(
		t.assignmentExpression("=", persistentID, targetExpr)
		));
		}
		);
		}

		var id = node.id;

		if (id === null) {
		// We don't currently handle anonymous default exports.
		return;
		}

		var inferredName = id.name;

		if (!isComponentishName(inferredName)) {
		return;
		} // Make sure we're not mutating the same tree twice.
		// This can happen if another Babel plugin replaces parents.


		if (seenForRegistration.has(node)) {
		return;
		}

		seenForRegistration.add(node); // Don't mutate the tree above this point.

		var innerName = modulePrefix + inferredName; // export function Named() {}
		// function Named() {}

		findInnerComponents(innerName, path, function (persistentID, targetExpr) {
		var handle = createRegistration(programPath, persistentID);
		insertAfterPath.insertAfter(t.expressionStatement(t.assignmentExpression('=', handle, targetExpr)));
		});
		},
		exit: function (path) {
		var node = path.node;
		var id = node.id;

		if (id === null) {
		return;
		}

		var signature = getHookCallsSignature(node);

		if (signature === null) {
		return;
		} // Make sure we're not mutating the same tree twice.
		// This can happen if another Babel plugin replaces parents.


		if (seenForSignature.has(node)) {
		return;
		}

		seenForSignature.add(node); // Don't mutate the tree above this point.

		var sigCallID = path.scope.generateUidIdentifier('_s');
		path.scope.parent.push({
		id: sigCallID,
		init: t.callExpression(refreshSig, [])
		}); // The signature call is split in two parts. One part is called inside the function.
		// This is used to signal when first render happens.

		path.get('body').unshiftContainer('body', t.expressionStatement(t.callExpression(sigCallID, []))); // The second call is around the function itself.
		// This is used to associate a type with a signature.
		// Unlike with $RefreshReg$, this needs to work for nested
		// declarations too. So we need to search for a path where
		// we can insert a statement rather than hard coding it.

		var insertAfterPath = null;
		path.find(function (p) {
		if (p.parentPath.isBlock()) {
		insertAfterPath = p;
		return true;
		}
		});

		if (insertAfterPath === null) {
		return;
		}

		insertAfterPath.insertAfter(t.expressionStatement(t.callExpression(sigCallID, createArgumentsForSignature(id, signature, insertAfterPath.scope))));
		}
		},
		'ArrowFunctionExpression\|FunctionExpression': {
		exit: function (path) {
		var node = path.node;
		var signature = getHookCallsSignature(node);

		if (signature === null) {
		return;
		} // Make sure we're not mutating the same tree twice.
		// This can happen if another Babel plugin replaces parents.


		if (seenForSignature.has(node)) {
		return;
		}

		seenForSignature.add(node); // Don't mutate the tree above this point.

		var sigCallID = path.scope.generateUidIdentifier('_s');
		path.scope.parent.push({
		id: sigCallID,
		init: t.callExpression(refreshSig, [])
		}); // The signature call is split in two parts. One part is called inside the function.
		// This is used to signal when first render happens.

		if (path.node.body.type !== 'BlockStatement') {
		path.node.body = t.blockStatement([t.returnStatement(path.node.body)]);
		}

		path.get('body').unshiftContainer('body', t.expressionStatement(t.callExpression(sigCallID, []))); // The second call is around the function itself.
		// This is used to associate a type with a signature.

		if (path.parent.type === 'VariableDeclarator') {
		var insertAfterPath = null;
		path.find(function (p) {
		if (p.parentPath.isBlock()) {
		insertAfterPath = p;
		return true;
		Program: {
		enter: function (path) {
		path.traverse(HookCallsVisitor);
		},
		exit: function (path) {
		var registrations = registrationsByProgramPath.get(path);
		if (void 0 !== registrations) {
		var node = path.node;
		if (!seenForOutro.has(node)) {
		seenForOutro.add(node);
		registrationsByProgramPath.delete(path);
		var declarators = [];
		path.pushContainer(
		"body",
		t.variableDeclaration("var", declarators)
		);
		registrations.forEach(function (_ref) {
		var handle = _ref.handle;
		path.pushContainer(
		"body",
		t.expressionStatement(
		t.callExpression(refreshReg, [
		handle,
		t.stringLiteral(_ref.persistentID)
		])
		)
		);
		declarators.push(t.variableDeclarator(handle));
		});
		}
		});

		if (insertAfterPath === null) {
		return;
		} // Special case when a function would get an inferred name:
		// let Foo = () => {}
		// let Foo = function() {}
		// We'll add signature it on next line so that
		// we don't mess up the inferred 'Foo' function name.


		insertAfterPath.insertAfter(t.expressionStatement(t.callExpression(sigCallID, createArgumentsForSignature(path.parent.id, signature, insertAfterPath.scope)))); // Result: let Foo = () => {}; __signature(Foo, ...);
		} else {
		// let Foo = hoc(() => {})
		var paths = [path].concat(findHOCCallPathsAbove(path));
		paths.forEach(function (p) {
		p.replaceWith(t.callExpression(sigCallID, createArgumentsForSignature(p.node, signature, p.scope)));
		}); // Result: let Foo = __signature(hoc(__signature(() => {}, ...)), ...)
		}
		}
		},
		VariableDeclaration: function (path) {
		var node = path.node;
		var programPath;
		var insertAfterPath;
		var modulePrefix = '';

		switch (path.parent.type) {
		case 'Program':
		insertAfterPath = path;
		programPath = path.parentPath;
		break;

		case 'TSModuleBlock':
		insertAfterPath = path;
		programPath = insertAfterPath.parentPath.parentPath;
		break;

		case 'ExportNamedDeclaration':
		insertAfterPath = path.parentPath;
		programPath = insertAfterPath.parentPath;
		break;

		case 'ExportDefaultDeclaration':
		insertAfterPath = path.parentPath;
		programPath = insertAfterPath.parentPath;
		break;

		default:
		return;
		} // These types can be nested in typescript namespace
		// We need to find the export chain
		// Or return if it stays local


		if (path.parent.type === 'TSModuleBlock' \|\| path.parent.type === 'ExportNamedDeclaration') {
		while (programPath.type !== 'Program') {
		if (programPath.type === 'TSModuleDeclaration') {
		if (programPath.parentPath.type !== 'Program' && programPath.parentPath.type !== 'ExportNamedDeclaration') {
		return;
		}

		modulePrefix = programPath.node.id.name + '$' + modulePrefix;
		}

		programPath = programPath.parentPath;
		}
		} // Make sure we're not mutating the same tree twice.
		// This can happen if another Babel plugin replaces parents.


		if (seenForRegistration.has(node)) {
		return;
		}

		seenForRegistration.add(node); // Don't mutate the tree above this point.

		var declPaths = path.get('declarations');

		if (declPaths.length !== 1) {
		return;
		}

		var declPath = declPaths[0];
		var inferredName = declPath.node.id.name;
		var innerName = modulePrefix + inferredName;
		findInnerComponents(innerName, declPath, function (persistentID, targetExpr, targetPath) {
		if (targetPath === null) {
		// For case like:
		// export const Something = hoc(Foo)
		// we don't want to wrap Foo inside the call.
		// Instead we assume it's registered at definition.
		return;
		}

		var handle = createRegistration(programPath, persistentID);

		if (targetPath.parent.type === 'VariableDeclarator') {
		// Special case when a variable would get an inferred name:
		// let Foo = () => {}
		// let Foo = function() {}
		// let Foo = styled.div``;
		// We'll register it on next line so that
		// we don't mess up the inferred 'Foo' function name.
		// (eg: with @babel/plugin-transform-react-display-name or
		// babel-plugin-styled-components)
		insertAfterPath.insertAfter(t.expressionStatement(t.assignmentExpression('=', handle, declPath.node.id))); // Result: let Foo = () => {}; _c1 = Foo;
		} else {
		// let Foo = hoc(() => {})
		targetPath.replaceWith(t.assignmentExpression('=', handle, targetExpr)); // Result: let Foo = hoc(_c1 = () => {})
		}
		});
		},
		Program: {
		enter: function (path) {
		// This is a separate early visitor because we need to collect Hook calls
		// and "const [foo, setFoo] = ..." signatures before the destructuring
		// transform mangles them. This extra traversal is not ideal for perf,
		// but it's the best we can do until we stop transpiling destructuring.
		path.traverse(HookCallsVisitor);
		},
		exit: function (path) {
		var registrations = registrationsByProgramPath.get(path);

		if (registrations === undefined) {
		return;
		} // Make sure we're not mutating the same tree twice.
		// This can happen if another Babel plugin replaces parents.


		var node = path.node;

		if (seenForOutro.has(node)) {
		return;
		}

		seenForOutro.add(node); // Don't mutate the tree above this point.

		registrationsByProgramPath.delete(path);
		var declarators = [];
		path.pushContainer('body', t.variableDeclaration('var', declarators));
		registrations.forEach(function (_ref) {
		var handle = _ref.handle,
		persistentID = _ref.persistentID;
		path.pushContainer('body', t.expressionStatement(t.callExpression(refreshReg, [handle, t.stringLiteral(persistentID)])));
		declarators.push(t.variableDeclarator(handle));
		});
		}
		}
		}
		};
		}

		module.exports = ReactFreshBabelPlugin;
		})();
		}
		};
		});

926

cjs/react-refresh-runtime.development.js

		@@ -11,645 +11,329 @@ /**

		'use strict';

		if (process.env.NODE_ENV !== "production") {
		(function() {
		'use strict';

		var REACT_FORWARD_REF_TYPE = Symbol.for('react.forward_ref');
		var REACT_MEMO_TYPE = Symbol.for('react.memo');

		var PossiblyWeakMap = typeof WeakMap === 'function' ? WeakMap : Map; // We never remove these associations.
		// It's OK to reference families, but use WeakMap/Set for types.

		var allFamiliesByID = new Map();
		var allFamiliesByType = new PossiblyWeakMap();
		var allSignaturesByType = new PossiblyWeakMap(); // This WeakMap is read by React, so we only put families
		// that have actually been edited here. This keeps checks fast.

		var updatedFamiliesByType = new PossiblyWeakMap(); // This is cleared on every performReactRefresh() call.
		// It is an array of [Family, NextType] tuples.

		var pendingUpdates = []; // This is injected by the renderer via DevTools global hook.

		var helpersByRendererID = new Map();
		var helpersByRoot = new Map(); // We keep track of mounted roots so we can schedule updates.

		var mountedRoots = new Set(); // If a root captures an error, we remember it so we can retry on edit.

		var failedRoots = new Set(); // In environments that support WeakMap, we also remember the last element for every root.
		// It needs to be weak because we do this even for roots that failed to mount.
		// If there is no WeakMap, we won't attempt to do retrying.

		var rootElements = typeof WeakMap === 'function' ? new WeakMap() : null;
		var isPerformingRefresh = false;

		function computeFullKey(signature) {
		if (signature.fullKey !== null) {
		return signature.fullKey;
		}

		var fullKey = signature.ownKey;
		var hooks;

		try {
		hooks = signature.getCustomHooks();
		} catch (err) {
		// This can happen in an edge case, e.g. if expression like Foo.useSomething
		// depends on Foo which is lazily initialized during rendering.
		// In that case just assume we'll have to remount.
		signature.forceReset = true;
		signature.fullKey = fullKey;
		return fullKey;
		}

		for (var i = 0; i < hooks.length; i++) {
		var hook = hooks[i];

		if (typeof hook !== 'function') {
		// Something's wrong. Assume we need to remount.
		signature.forceReset = true;
		signature.fullKey = fullKey;
		return fullKey;
		}

		var nestedHookSignature = allSignaturesByType.get(hook);

		if (nestedHookSignature === undefined) {
		// No signature means Hook wasn't in the source code, e.g. in a library.
		// We'll skip it because we can assume it won't change during this session.
		continue;
		}

		var nestedHookKey = computeFullKey(nestedHookSignature);

		if (nestedHookSignature.forceReset) {
		signature.forceReset = true;
		}

		fullKey += '\n---\n' + nestedHookKey;
		}

		signature.fullKey = fullKey;
		return fullKey;
		}

		function haveEqualSignatures(prevType, nextType) {
		var prevSignature = allSignaturesByType.get(prevType);
		var nextSignature = allSignaturesByType.get(nextType);

		if (prevSignature === undefined && nextSignature === undefined) {
		return true;
		}

		if (prevSignature === undefined \|\| nextSignature === undefined) {
		return false;
		}

		if (computeFullKey(prevSignature) !== computeFullKey(nextSignature)) {
		return false;
		}

		if (nextSignature.forceReset) {
		return false;
		}

		return true;
		}

		function isReactClass(type) {
		return type.prototype && type.prototype.isReactComponent;
		}

		function canPreserveStateBetween(prevType, nextType) {
		if (isReactClass(prevType) \|\| isReactClass(nextType)) {
		return false;
		}

		if (haveEqualSignatures(prevType, nextType)) {
		return true;
		}

		return false;
		}

		function resolveFamily(type) {
		// Only check updated types to keep lookups fast.
		return updatedFamiliesByType.get(type);
		} // If we didn't care about IE11, we could use new Map/Set(iterable).


		function cloneMap(map) {
		var clone = new Map();
		map.forEach(function (value, key) {
		clone.set(key, value);
		});
		return clone;
		}

		function cloneSet(set) {
		var clone = new Set();
		set.forEach(function (value) {
		clone.add(value);
		});
		return clone;
		} // This is a safety mechanism to protect against rogue getters and Proxies.


		function getProperty(object, property) {
		try {
		return object[property];
		} catch (err) {
		// Intentionally ignore.
		return undefined;
		}
		}

		function performReactRefresh() {

		if (pendingUpdates.length === 0) {
		return null;
		}

		if (isPerformingRefresh) {
		return null;
		}

		isPerformingRefresh = true;

		try {
		var staleFamilies = new Set();
		var updatedFamilies = new Set();
		var updates = pendingUpdates;
		pendingUpdates = [];
		updates.forEach(function (_ref) {
		var family = _ref[0],
		nextType = _ref[1];
		// Now that we got a real edit, we can create associations
		// that will be read by the React reconciler.
		var prevType = family.current;
		updatedFamiliesByType.set(prevType, family);
		updatedFamiliesByType.set(nextType, family);
		family.current = nextType; // Determine whether this should be a re-render or a re-mount.

		if (canPreserveStateBetween(prevType, nextType)) {
		updatedFamilies.add(family);
		} else {
		staleFamilies.add(family);
		}
		}); // TODO: rename these fields to something more meaningful.

		var update = {
		updatedFamilies: updatedFamilies,
		// Families that will re-render preserving state
		staleFamilies: staleFamilies // Families that will be remounted

		};
		helpersByRendererID.forEach(function (helpers) {
		// Even if there are no roots, set the handler on first update.
		// This ensures that if new roots are mounted, they'll use the resolve handler.
		helpers.setRefreshHandler(resolveFamily);
		});
		var didError = false;
		var firstError = null; // We snapshot maps and sets that are mutated during commits.
		// If we don't do this, there is a risk they will be mutated while
		// we iterate over them. For example, trying to recover a failed root
		// may cause another root to be added to the failed list -- an infinite loop.

		var failedRootsSnapshot = cloneSet(failedRoots);
		var mountedRootsSnapshot = cloneSet(mountedRoots);
		var helpersByRootSnapshot = cloneMap(helpersByRoot);
		failedRootsSnapshot.forEach(function (root) {
		var helpers = helpersByRootSnapshot.get(root);

		if (helpers === undefined) {
		throw new Error('Could not find helpers for a root. This is a bug in React Refresh.');
		}

		if (!failedRoots.has(root)) {// No longer failed.
		}

		if (rootElements === null) {
		return;
		}

		if (!rootElements.has(root)) {
		return;
		}

		var element = rootElements.get(root);

		"use strict";
		"production" !== process.env.NODE_ENV &&
		(function () {
		function computeFullKey(signature) {
		if (null !== signature.fullKey) return signature.fullKey;
		var fullKey = signature.ownKey;
		try {
		helpers.scheduleRoot(root, element);
		var hooks = signature.getCustomHooks();
		} catch (err) {
		if (!didError) {
		didError = true;
		firstError = err;
		} // Keep trying other roots.

		return (signature.forceReset = !0), (signature.fullKey = fullKey);
		}
		});
		mountedRootsSnapshot.forEach(function (root) {
		var helpers = helpersByRootSnapshot.get(root);

		if (helpers === undefined) {
		throw new Error('Could not find helpers for a root. This is a bug in React Refresh.');
		for (var i = 0; i < hooks.length; i++) {
		var hook = hooks[i];
		if ("function" !== typeof hook)
		return (signature.forceReset = !0), (signature.fullKey = fullKey);
		hook = allSignaturesByType.get(hook);
		if (void 0 !== hook) {
		var nestedHookKey = computeFullKey(hook);
		hook.forceReset && (signature.forceReset = !0);
		fullKey += "\n---\n" + nestedHookKey;
		}
		}

		if (!mountedRoots.has(root)) {// No longer mounted.
		}

		try {
		helpers.scheduleRefresh(root, update);
		} catch (err) {
		if (!didError) {
		didError = true;
		firstError = err;
		} // Keep trying other roots.

		}
		});

		if (didError) {
		throw firstError;
		return (signature.fullKey = fullKey);
		}

		return update;
		} finally {
		isPerformingRefresh = false;
		}
		}
		function register(type, id) {
		{
		if (type === null) {
		return;
		function resolveFamily(type) {
		return updatedFamiliesByType.get(type);
		}

		if (typeof type !== 'function' && typeof type !== 'object') {
		return;
		} // This can happen in an edge case, e.g. if we register
		// return value of a HOC but it returns a cached component.
		// Ignore anything but the first registration for each type.


		if (allFamiliesByType.has(type)) {
		return;
		} // Create family or remember to update it.
		// None of this bookkeeping affects reconciliation
		// until the first performReactRefresh() call above.


		var family = allFamiliesByID.get(id);

		if (family === undefined) {
		family = {
		current: type
		};
		allFamiliesByID.set(id, family);
		} else {
		pendingUpdates.push([family, type]);
		function cloneMap(map) {
		var clone = new Map();
		map.forEach(function (value, key) {
		clone.set(key, value);
		});
		return clone;
		}

		allFamiliesByType.set(type, family); // Visit inner types because we might not have registered them.

		if (typeof type === 'object' && type !== null) {
		switch (getProperty(type, '$$typeof')) {
		case REACT_FORWARD_REF_TYPE:
		register(type.render, id + '$render');
		break;

		case REACT_MEMO_TYPE:
		register(type.type, id + '$type');
		break;
		}
		}
		}
		}
		function setSignature(type, key) {
		var forceReset = arguments.length > 2 && arguments[2] !== undefined ? arguments[2] : false;
		var getCustomHooks = arguments.length > 3 ? arguments[3] : undefined;

		{
		if (!allSignaturesByType.has(type)) {
		allSignaturesByType.set(type, {
		forceReset: forceReset,
		ownKey: key,
		fullKey: null,
		getCustomHooks: getCustomHooks \|\| function () {
		return [];
		}
		function cloneSet(set) {
		var clone = new Set();
		set.forEach(function (value) {
		clone.add(value);
		});
		} // Visit inner types because we might not have signed them.


		if (typeof type === 'object' && type !== null) {
		switch (getProperty(type, '$$typeof')) {
		case REACT_FORWARD_REF_TYPE:
		setSignature(type.render, key, forceReset, getCustomHooks);
		break;

		case REACT_MEMO_TYPE:
		setSignature(type.type, key, forceReset, getCustomHooks);
		break;
		}
		return clone;
		}
		}
		} // This is lazily called during first render for a type.
		// It captures Hook list at that time so inline requires don't break comparisons.

		function collectCustomHooksForSignature(type) {
		{
		var signature = allSignaturesByType.get(type);

		if (signature !== undefined) {
		computeFullKey(signature);
		function getProperty(object, property) {
		try {
		return object[property];
		} catch (err) {}
		}
		}
		}
		function getFamilyByID(id) {
		{
		return allFamiliesByID.get(id);
		}
		}
		function getFamilyByType(type) {
		{
		return allFamiliesByType.get(type);
		}
		}
		function findAffectedHostInstances(families) {
		{
		var affectedInstances = new Set();
		mountedRoots.forEach(function (root) {
		var helpers = helpersByRoot.get(root);

		if (helpers === undefined) {
		throw new Error('Could not find helpers for a root. This is a bug in React Refresh.');
		function register(type, id) {
		if (
		!(
		null === type \|\|
		("function" !== typeof type && "object" !== typeof type) \|\|
		allFamiliesByType.has(type)
		)
		) {
		var family = allFamiliesByID.get(id);
		void 0 === family
		? ((family = { current: type }), allFamiliesByID.set(id, family))
		: pendingUpdates.push([family, type]);
		allFamiliesByType.set(type, family);
		if ("object" === typeof type && null !== type)
		switch (getProperty(type, "$$typeof")) {
		case REACT_FORWARD_REF_TYPE:
		register(type.render, id + "$render");
		break;
		case REACT_MEMO_TYPE:
		register(type.type, id + "$type");
		}
		}

		var instancesForRoot = helpers.findHostInstancesForRefresh(root, families);
		instancesForRoot.forEach(function (inst) {
		affectedInstances.add(inst);
		});
		});
		return affectedInstances;
		}
		}
		function injectIntoGlobalHook(globalObject) {
		{
		// For React Native, the global hook will be set up by require('react-devtools-core').
		// That code will run before us. So we need to monkeypatch functions on existing hook.
		// For React Web, the global hook will be set up by the extension.
		// This will also run before us.
		var hook = globalObject.__REACT_DEVTOOLS_GLOBAL_HOOK__;

		if (hook === undefined) {
		// However, if there is no DevTools extension, we'll need to set up the global hook ourselves.
		// Note that in this case it's important that renderer code runs after this method call.
		// Otherwise, the renderer will think that there is no global hook, and won't do the injection.
		var nextID = 0;
		globalObject.__REACT_DEVTOOLS_GLOBAL_HOOK__ = hook = {
		renderers: new Map(),
		supportsFiber: true,
		inject: function (injected) {
		return nextID++;
		},
		onScheduleFiberRoot: function (id, root, children) {},
		onCommitFiberRoot: function (id, root, maybePriorityLevel, didError) {},
		onCommitFiberUnmount: function () {}
		};
		}

		if (hook.isDisabled) {
		// This isn't a real property on the hook, but it can be set to opt out
		// of DevTools integration and associated warnings and logs.
		// Using console['warn'] to evade Babel and ESLint
		console['warn']('Something has shimmed the React DevTools global hook (__REACT_DEVTOOLS_GLOBAL_HOOK__). ' + 'Fast Refresh is not compatible with this shim and will be disabled.');
		return;
		} // Here, we just want to get a reference to scheduleRefresh.


		var oldInject = hook.inject;

		hook.inject = function (injected) {
		var id = oldInject.apply(this, arguments);

		if (typeof injected.scheduleRefresh === 'function' && typeof injected.setRefreshHandler === 'function') {
		// This version supports React Refresh.
		helpersByRendererID.set(id, injected);
		}

		return id;
		}; // Do the same for any already injected roots.
		// This is useful if ReactDOM has already been initialized.
		// https://github.com/facebook/react/issues/17626


		hook.renderers.forEach(function (injected, id) {
		if (typeof injected.scheduleRefresh === 'function' && typeof injected.setRefreshHandler === 'function') {
		// This version supports React Refresh.
		helpersByRendererID.set(id, injected);
		}
		}); // We also want to track currently mounted roots.

		var oldOnCommitFiberRoot = hook.onCommitFiberRoot;

		var oldOnScheduleFiberRoot = hook.onScheduleFiberRoot \|\| function () {};

		hook.onScheduleFiberRoot = function (id, root, children) {
		if (!isPerformingRefresh) {
		// If it was intentionally scheduled, don't attempt to restore.
		// This includes intentionally scheduled unmounts.
		failedRoots.delete(root);

		if (rootElements !== null) {
		rootElements.set(root, children);
		}
		}

		return oldOnScheduleFiberRoot.apply(this, arguments);
		};

		hook.onCommitFiberRoot = function (id, root, maybePriorityLevel, didError) {
		var helpers = helpersByRendererID.get(id);

		if (helpers !== undefined) {
		helpersByRoot.set(root, helpers);
		var current = root.current;
		var alternate = current.alternate; // We need to determine whether this root has just (un)mounted.
		// This logic is copy-pasted from similar logic in the DevTools backend.
		// If this breaks with some refactoring, you'll want to update DevTools too.

		if (alternate !== null) {
		var wasMounted = alternate.memoizedState != null && alternate.memoizedState.element != null && mountedRoots.has(root);
		var isMounted = current.memoizedState != null && current.memoizedState.element != null;

		if (!wasMounted && isMounted) {
		// Mount a new root.
		mountedRoots.add(root);
		failedRoots.delete(root);
		} else if (wasMounted && isMounted) ; else if (wasMounted && !isMounted) {
		// Unmount an existing root.
		mountedRoots.delete(root);

		if (didError) {
		// We'll remount it on future edits.
		failedRoots.add(root);
		} else {
		helpersByRoot.delete(root);
		function setSignature(type, key) {
		var forceReset =
		2 < arguments.length && void 0 !== arguments[2] ? arguments[2] : !1,
		getCustomHooks = 3 < arguments.length ? arguments[3] : void 0;
		allSignaturesByType.has(type) \|\|
		allSignaturesByType.set(type, {
		forceReset: forceReset,
		ownKey: key,
		fullKey: null,
		getCustomHooks:
		getCustomHooks \|\|
		function () {
		return [];
		}
		} else if (!wasMounted && !isMounted) {
		if (didError) {
		// We'll remount it on future edits.
		failedRoots.add(root);
		}
		}
		} else {
		// Mount a new root.
		mountedRoots.add(root);
		});
		if ("object" === typeof type && null !== type)
		switch (getProperty(type, "$$typeof")) {
		case REACT_FORWARD_REF_TYPE:
		setSignature(type.render, key, forceReset, getCustomHooks);
		break;
		case REACT_MEMO_TYPE:
		setSignature(type.type, key, forceReset, getCustomHooks);
		}
		} // Always call the decorated DevTools hook.


		return oldOnCommitFiberRoot.apply(this, arguments);
		}
		function collectCustomHooksForSignature(type) {
		type = allSignaturesByType.get(type);
		void 0 !== type && computeFullKey(type);
		}
		var REACT_FORWARD_REF_TYPE = Symbol.for("react.forward_ref"),
		REACT_MEMO_TYPE = Symbol.for("react.memo"),
		PossiblyWeakMap = "function" === typeof WeakMap ? WeakMap : Map,
		allFamiliesByID = new Map(),
		allFamiliesByType = new PossiblyWeakMap(),
		allSignaturesByType = new PossiblyWeakMap(),
		updatedFamiliesByType = new PossiblyWeakMap(),
		pendingUpdates = [],
		helpersByRendererID = new Map(),
		helpersByRoot = new Map(),
		mountedRoots = new Set(),
		failedRoots = new Set(),
		rootElements = "function" === typeof WeakMap ? new WeakMap() : null,
		isPerformingRefresh = !1;
		exports._getMountedRootCount = function () {
		return mountedRoots.size;
		};
		}
		}
		function hasUnrecoverableErrors() {
		// TODO: delete this after removing dependency in RN.
		return false;
		} // Exposed for testing.

		function _getMountedRootCount() {
		{
		return mountedRoots.size;
		}
		} // This is a wrapper over more primitive functions for setting signature.
		// Signatures let us decide whether the Hook order has changed on refresh.
		//
		// This function is intended to be used as a transform target, e.g.:
		// var _s = createSignatureFunctionForTransform()
		//
		// function Hello() {
		// const [foo, setFoo] = useState(0);
		// const value = useCustomHook();
		// _s(); /* Call without arguments triggers collecting the custom Hook list.
		// * This doesn't happen during the module evaluation because we
		// * don't want to change the module order with inline requires.
		// * Next calls are noops. */
		// return <h1>Hi</h1>;
		// }
		//
		// /* Call with arguments attaches the signature to the type: */
		// _s(
		// Hello,
		// 'useState{[foo, setFoo]}(0)',
		// () => [useCustomHook], /* Lazy to avoid triggering inline requires */
		// );

		function createSignatureFunctionForTransform() {
		{
		var savedType;
		var hasCustomHooks;
		var didCollectHooks = false;
		return function (type, key, forceReset, getCustomHooks) {
		if (typeof key === 'string') {
		// We're in the initial phase that associates signatures
		// with the functions. Note this may be called multiple times
		// in HOC chains like _s(hoc1(_s(hoc2(_s(actualFunction))))).
		if (!savedType) {
		// We're in the innermost call, so this is the actual type.
		savedType = type;
		hasCustomHooks = typeof getCustomHooks === 'function';
		} // Set the signature for all types (even wrappers!) in case
		// they have no signatures of their own. This is to prevent
		// problems like https://github.com/facebook/react/issues/20417.


		if (type != null && (typeof type === 'function' \|\| typeof type === 'object')) {
		setSignature(type, key, forceReset, getCustomHooks);
		}

		return type;
		} else {
		// We're in the _s() call without arguments, which means
		// this is the time to collect custom Hook signatures.
		// Only do this once. This path is hot and runs inside every render!
		if (!didCollectHooks && hasCustomHooks) {
		didCollectHooks = true;
		collectCustomHooksForSignature(savedType);
		}
		exports.collectCustomHooksForSignature = collectCustomHooksForSignature;
		exports.createSignatureFunctionForTransform = function () {
		var savedType,
		hasCustomHooks,
		didCollectHooks = !1;
		return function (type, key, forceReset, getCustomHooks) {
		if ("string" === typeof key)
		return (
		savedType \|\|
		((savedType = type),
		(hasCustomHooks = "function" === typeof getCustomHooks)),
		null == type \|\|
		("function" !== typeof type && "object" !== typeof type) \|\|
		setSignature(type, key, forceReset, getCustomHooks),
		type
		);
		!didCollectHooks &&
		hasCustomHooks &&
		((didCollectHooks = !0), collectCustomHooksForSignature(savedType));
		};
		};
		exports.getFamilyByID = function (id) {
		return allFamiliesByID.get(id);
		};
		exports.getFamilyByType = function (type) {
		return allFamiliesByType.get(type);
		};
		exports.hasUnrecoverableErrors = function () {
		return !1;
		};
		exports.injectIntoGlobalHook = function (globalObject) {
		var hook = globalObject.__REACT_DEVTOOLS_GLOBAL_HOOK__;
		if (void 0 === hook) {
		var nextID = 0;
		globalObject.__REACT_DEVTOOLS_GLOBAL_HOOK__ = hook = {
		renderers: new Map(),
		supportsFiber: !0,
		inject: function () {
		return nextID++;
		},
		onScheduleFiberRoot: function () {},
		onCommitFiberRoot: function () {},
		onCommitFiberUnmount: function () {}
		};
		}
		if (hook.isDisabled)
		console.warn(
		"Something has shimmed the React DevTools global hook (__REACT_DEVTOOLS_GLOBAL_HOOK__). Fast Refresh is not compatible with this shim and will be disabled."
		);
		else {
		var oldInject = hook.inject;
		hook.inject = function (injected) {
		var id = oldInject.apply(this, arguments);
		"function" === typeof injected.scheduleRefresh &&
		"function" === typeof injected.setRefreshHandler &&
		helpersByRendererID.set(id, injected);
		return id;
		};
		hook.renderers.forEach(function (injected, id) {
		"function" === typeof injected.scheduleRefresh &&
		"function" === typeof injected.setRefreshHandler &&
		helpersByRendererID.set(id, injected);
		});
		var oldOnCommitFiberRoot = hook.onCommitFiberRoot,
		oldOnScheduleFiberRoot = hook.onScheduleFiberRoot \|\| function () {};
		hook.onScheduleFiberRoot = function (id, root, children) {
		isPerformingRefresh \|\|
		(failedRoots.delete(root),
		null !== rootElements && rootElements.set(root, children));
		return oldOnScheduleFiberRoot.apply(this, arguments);
		};
		hook.onCommitFiberRoot = function (
		id,
		root,
		maybePriorityLevel,
		didError
		) {
		var helpers = helpersByRendererID.get(id);
		if (void 0 !== helpers) {
		helpersByRoot.set(root, helpers);
		helpers = root.current;
		var alternate = helpers.alternate;
		null !== alternate
		? ((alternate =
		null != alternate.memoizedState &&
		null != alternate.memoizedState.element &&
		mountedRoots.has(root)),
		(helpers =
		null != helpers.memoizedState &&
		null != helpers.memoizedState.element),
		!alternate && helpers
		? (mountedRoots.add(root), failedRoots.delete(root))
		: (alternate && helpers) \|\|
		(alternate && !helpers
		? (mountedRoots.delete(root),
		didError
		? failedRoots.add(root)
		: helpersByRoot.delete(root))
		: alternate \|\|
		helpers \|\|
		(didError && failedRoots.add(root))))
		: mountedRoots.add(root);
		}
		return oldOnCommitFiberRoot.apply(this, arguments);
		};
		}
		};
		}
		}
		function isLikelyComponentType(type) {
		{
		switch (typeof type) {
		case 'function':
		{
		// First, deal with classes.
		if (type.prototype != null) {
		if (type.prototype.isReactComponent) {
		// React class.
		return true;
		}

		exports.isLikelyComponentType = function (type) {
		switch (typeof type) {
		case "function":
		if (null != type.prototype) {
		if (type.prototype.isReactComponent) return !0;
		var ownNames = Object.getOwnPropertyNames(type.prototype);

		if (ownNames.length > 1 \|\| ownNames[0] !== 'constructor') {
		// This looks like a class.
		return false;
		} // eslint-disable-next-line no-proto


		if (type.prototype.__proto__ !== Object.prototype) {
		// It has a superclass.
		return false;
		} // Pass through.
		// This looks like a regular function with empty prototype.

		} // For plain functions and arrows, use name as a heuristic.


		var name = type.name \|\| type.displayName;
		return typeof name === 'string' && /^[A-Z]/.test(name);
		}

		case 'object':
		{
		if (type != null) {
		switch (getProperty(type, '$$typeof')) {
		if (
		1 < ownNames.length \|\|
		"constructor" !== ownNames[0] \|\|
		type.prototype.__proto__ !== Object.prototype
		)
		return !1;
		}
		type = type.name \|\| type.displayName;
		return "string" === typeof type && /^[A-Z]/.test(type);
		case "object":
		if (null != type)
		switch (getProperty(type, "$$typeof")) {
		case REACT_FORWARD_REF_TYPE:
		case REACT_MEMO_TYPE:
		// Definitely React components.
		return true;

		default:
		return false;
		return !0;
		}
		return !1;
		default:
		return !1;
		}
		};
		exports.performReactRefresh = function () {
		if (0 === pendingUpdates.length \|\| isPerformingRefresh) return null;
		isPerformingRefresh = !0;
		try {
		var staleFamilies = new Set(),
		updatedFamilies = new Set(),
		updates = pendingUpdates;
		pendingUpdates = [];
		updates.forEach(function (_ref) {
		var family = _ref[0];
		_ref = _ref[1];
		var prevType = family.current;
		updatedFamiliesByType.set(prevType, family);
		updatedFamiliesByType.set(_ref, family);
		family.current = _ref;
		(prevType.prototype && prevType.prototype.isReactComponent) \|\|
		(_ref.prototype && _ref.prototype.isReactComponent)
		? (_ref = !1)
		: ((prevType = allSignaturesByType.get(prevType)),
		(_ref = allSignaturesByType.get(_ref)),
		(_ref =
		(void 0 === prevType && void 0 === _ref) \|\|
		(void 0 !== prevType &&
		void 0 !== _ref &&
		computeFullKey(prevType) === computeFullKey(_ref) &&
		!_ref.forceReset)
		? !0
		: !1));
		_ref ? updatedFamilies.add(family) : staleFamilies.add(family);
		});
		var update = {
		updatedFamilies: updatedFamilies,
		staleFamilies: staleFamilies
		};
		helpersByRendererID.forEach(function (helpers) {
		helpers.setRefreshHandler(resolveFamily);
		});
		var didError = !1,
		firstError = null,
		failedRootsSnapshot = cloneSet(failedRoots),
		mountedRootsSnapshot = cloneSet(mountedRoots),
		helpersByRootSnapshot = cloneMap(helpersByRoot);
		failedRootsSnapshot.forEach(function (root) {
		var helpers = helpersByRootSnapshot.get(root);
		if (void 0 === helpers)
		throw Error(
		"Could not find helpers for a root. This is a bug in React Refresh."
		);
		failedRoots.has(root);
		if (null !== rootElements && rootElements.has(root)) {
		var element = rootElements.get(root);
		try {
		helpers.scheduleRoot(root, element);
		} catch (err) {
		didError \|\| ((didError = !0), (firstError = err));
		}
		}

		return false;
		}

		default:
		{
		return false;
		}
		}
		}
		}

		exports._getMountedRootCount = _getMountedRootCount;
		exports.collectCustomHooksForSignature = collectCustomHooksForSignature;
		exports.createSignatureFunctionForTransform = createSignatureFunctionForTransform;
		exports.findAffectedHostInstances = findAffectedHostInstances;
		exports.getFamilyByID = getFamilyByID;
		exports.getFamilyByType = getFamilyByType;
		exports.hasUnrecoverableErrors = hasUnrecoverableErrors;
		exports.injectIntoGlobalHook = injectIntoGlobalHook;
		exports.isLikelyComponentType = isLikelyComponentType;
		exports.performReactRefresh = performReactRefresh;
		exports.register = register;
		exports.setSignature = setSignature;
		});
		mountedRootsSnapshot.forEach(function (root) {
		var helpers = helpersByRootSnapshot.get(root);
		if (void 0 === helpers)
		throw Error(
		"Could not find helpers for a root. This is a bug in React Refresh."
		);
		mountedRoots.has(root);
		try {
		helpers.scheduleRefresh(root, update);
		} catch (err) {
		didError \|\| ((didError = !0), (firstError = err));
		}
		});
		if (didError) throw firstError;
		return update;
		} finally {
		isPerformingRefresh = !1;
		}
		};
		exports.register = register;
		exports.setSignature = setSignature;
		})();
		}

package.json

		@@ -7,3 +7,3 @@ {
		],
		"version": "0.16.0-rc-3f1436cca1-20240516",
		"version": "0.16.0-rc-45804af1-20241021",
		"homepage": "https://react.dev/",
		@@ -10,0 +10,0 @@ "bugs": "https://github.com/facebook/react/issues",

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