decord/source/5521__isNativeReflectConstruct.js
2026-07-24 07:16:23 +00:00

428 lines
17 KiB
JavaScript

// Module ID: 5521
// Function ID: 47024
// Name: _isNativeReflectConstruct
// Dependencies: [65, 29, 6, 7, 15, 17, 18, 31, 27, 33, 5522, 5525, 1457, 5526, 1560, 5552, 5555]
// Module 5521 (_isNativeReflectConstruct)
import _toConsumableArray from "_toConsumableArray";
import _objectWithoutProperties from "_objectWithoutProperties";
import _inherits from "_inherits";
import result from "result";
import closure_8 from "result";
import _getPrototypeOf from "_getPrototypeOf";
import closure_10 from "_inherits";
import get_ActivityIndicator from "get ActivityIndicator";
import { jsx } from "jsxProd";
import importAllResult from "result";
let StyleSheet;
let View;
const require = arg1;
function _isNativeReflectConstruct() {
let closure_0 = !valueOf.call(Reflect.construct(Boolean, [], () => {
}));
function _isNativeReflectConstruct() {
return closure_0;
}
const result = _isNativeReflectConstruct();
}
let closure_3 = ["state", "descriptors"];
({ StyleSheet, View } = get_ActivityIndicator);
if (null != require("PanGestureHandler").GestureHandlerRootView) {
View = require("PanGestureHandler").GestureHandlerRootView;
}
const styles = StyleSheet.create({ container: { flex: 1 } });
export default ((Component) => {
class StackView {
constructor() {
self = this;
tmp = outer1_6(this, apply);
length = arguments.length;
array = new Array(length);
for (let num = 0; num < length; num = num + 1) {
array[num] = arguments[num];
}
items = [];
combined = items.concat(array);
obj = outer1_9(apply);
tmp3 = outer1_8;
if (outer1_14()) {
if (!combined) {
combined = [];
}
tmp5 = outer1_9;
constructResult = Reflect.construct(obj, combined, outer1_9(self).constructor);
} else {
constructResult = obj.apply(self, combined);
}
tmp3Result = tmp3(self, constructResult);
apply = tmp3Result;
tmp3Result.state = { routes: [], previousRoutes: [], previousDescriptors: {}, openingRouteKeys: [], closingRouteKeys: [], replacingRouteKeys: [], descriptors: {} };
tmp3Result.getPreviousRoute = (route) => {
let closure_1;
let closure_2;
route = route.route;
({ closingRouteKeys: closure_1, replacingRouteKeys: closure_2 } = route.state);
const routes = route.state.routes;
const found = routes.filter((key) => {
let tmp = key.key === route.key;
if (!tmp) {
let tmp3 = !closure_1.includes(key.key);
if (tmp3) {
tmp3 = !closure_2.includes(key.key);
}
tmp = tmp3;
}
return tmp;
});
return found[found.findIndex(found, (key) => key.key === route.key) - 1];
};
tmp3Result.renderScene = (route) => {
route = route.route;
let obj = tmp3Result.state.descriptors[route.key];
if (!obj) {
obj = tmp3Result.props.descriptors[route.key];
}
let renderResult = null;
if (obj) {
renderResult = obj.render();
}
return renderResult;
};
tmp3Result.renderHeader = (arg0) => outer2_11(outer2_1(outer2_2[11]), Object.assign({}, arg0));
tmp3Result.handleOpenRoute = (route) => {
let closingRouteKeys;
let navigation;
let replacingRouteKeys;
let state;
route = route.route;
({ state, navigation } = route.props);
({ closingRouteKeys, replacingRouteKeys } = route.state);
if (closingRouteKeys.some((arg0) => arg0 === route.key)) {
if (replacingRouteKeys.every((arg0) => arg0 !== route.key)) {
const routeNames = state.routeNames;
if (routeNames.includes(route.name)) {
let routes = state.routes;
if (!routes.some((key) => key.key === route.key)) {
navigation.navigate(route);
}
}
}
}
route.setState((routes) => {
let closure_0 = routes;
const obj = {};
routes = routes.routes;
if (routes.replacingRouteKeys.length) {
let found = routes.filter((key) => {
const replacingRouteKeys = closure_0.replacingRouteKeys;
return !replacingRouteKeys.includes(key.key);
});
} else {
found = routes;
}
obj.routes = found;
const openingRouteKeys = routes.openingRouteKeys;
obj.openingRouteKeys = openingRouteKeys.filter((arg0) => arg0 !== closure_0.key);
const closingRouteKeys = routes.closingRouteKeys;
obj.closingRouteKeys = closingRouteKeys.filter((arg0) => arg0 !== closure_0.key);
obj.replacingRouteKeys = [];
return obj;
});
};
tmp3Result.handleCloseRoute = (route) => {
let navigation;
let state;
route = route.route;
({ state, navigation } = route.props);
const routes = state.routes;
if (routes.some((key) => key.key === route.key)) {
const _Object = Object;
const StackActions = StackView(outer2_2[12]).StackActions;
const obj = { source: route.key, target: state.key };
navigation.dispatch(Object.assign({}, StackActions.pop(), obj));
} else {
route.setState((arg0) => {
let closingRouteKeys;
let openingRouteKeys;
let routes;
({ routes, openingRouteKeys, closingRouteKeys } = arg0);
return { routes: routes.filter((key) => key.key !== outer1_0.key), openingRouteKeys: openingRouteKeys.filter((arg0) => arg0 !== outer1_0.key), closingRouteKeys: closingRouteKeys.filter((arg0) => arg0 !== outer1_0.key) };
});
}
};
tmp3Result.handleTransitionStart = (route, closing) => {
const navigation = tmp3Result.props.navigation;
obj = { type: "transitionStart", data: obj, target: route.route.key };
obj = { closing };
return navigation.emit(obj);
};
tmp3Result.handleTransitionEnd = (route, closing) => {
const navigation = tmp3Result.props.navigation;
obj = { type: "transitionEnd", data: obj, target: route.route.key };
obj = { closing };
return navigation.emit(obj);
};
tmp3Result.handleGestureStart = (route) => {
const navigation = tmp3Result.props.navigation;
navigation.emit({ type: "gestureStart", target: route.route.key });
};
tmp3Result.handleGestureEnd = (route) => {
const navigation = tmp3Result.props.navigation;
navigation.emit({ type: "gestureEnd", target: route.route.key });
};
tmp3Result.handleGestureCancel = (route) => {
const navigation = tmp3Result.props.navigation;
navigation.emit({ type: "gestureCancel", target: route.route.key });
};
return tmp3Result;
}
}
callback2(StackView, Component);
let obj = {
key: "render",
value: function render() {
let closure_1;
let closure_3;
let _toConsumableArray;
let _objectWithoutProperties;
let _inherits;
let descriptors;
const self = this;
const props = this.props;
({ state: closure_1, descriptors } = props);
let closure_2 = outer1_5(props, outer1_3);
({ routes: closure_3, descriptors: _toConsumableArray, openingRouteKeys: _objectWithoutProperties, closingRouteKeys: _inherits } = this.state);
let obj = { style: outer1_13.container };
obj = {};
obj = {
children(arg0) {
let closure_0 = arg0;
return outer2_11(outer2_1(outer2_2[15]).Consumer, {
children(arg0) {
let closure_0 = arg0;
return outer3_11(StackView(outer3_2[13]).HeaderShownContext.Consumer, {
children(isParentHeaderShown) {
return outer4_11(outer4_1(outer4_2[16]), Object.assign({ insets: closure_0, isParentHeaderShown, isParentModal: closure_0, getPreviousRoute: closure_0.getPreviousRoute, routes: outer2_3, openingRouteKeys: outer2_5, closingRouteKeys: outer2_6, onOpenRoute: closure_0.handleOpenRoute, onCloseRoute: closure_0.handleCloseRoute, onTransitionStart: closure_0.handleTransitionStart, onTransitionEnd: closure_0.handleTransitionEnd, renderHeader: closure_0.renderHeader, renderScene: closure_0.renderScene, state: outer2_1, descriptors: outer2_4, onGestureStart: closure_0.handleGestureStart, onGestureEnd: closure_0.handleGestureEnd, onGestureCancel: closure_0.handleGestureCancel }, outer2_2));
}
});
}
});
}
};
obj.children = outer1_11(StackView(outer1_2[14]).SafeAreaInsetsContext.Consumer, obj);
obj.children = outer1_11(StackView(outer1_2[13]).SafeAreaProviderCompat, obj);
return outer1_11(outer1_12, obj);
}
};
let items = [obj];
obj = {
key: "getDerivedStateFromProps",
value: function getDerivedStateFromProps(state, previousRoutes) {
let closingRouteKeys;
let openingRouteKeys;
let routes;
let closure_0 = state;
let closure_1 = previousRoutes;
if (state.state.routes === previousRoutes.previousRoutes) {
if (previousRoutes.routes.length) {
({ routes, previousRoutes } = previousRoutes);
let descriptors = state.descriptors;
let descriptors2 = previousRoutes.previousDescriptors;
if (state.descriptors !== previousRoutes.previousDescriptors) {
routes = previousRoutes.routes;
descriptors = routes.reduce((arg0, key) => {
let tmp = state.descriptors[key.key];
if (!tmp) {
tmp = previousRoutes.descriptors[key.key];
}
arg0[key.key] = tmp;
return arg0;
}, {});
descriptors2 = state.descriptors;
}
if (state.state.routes !== previousRoutes.previousRoutes) {
const routes1 = state.state.routes;
let closure_2 = routes1.reduce((arg0, key) => {
arg0[key.key] = key;
return arg0;
}, {});
const routes2 = previousRoutes.routes;
routes = routes2.map((arg0) => table[arg0.key] || arg0);
previousRoutes = state.state.routes;
}
let obj = { routes, previousRoutes, descriptors, previousDescriptors: descriptors2 };
return obj;
}
} else {
const routes3 = state.state.routes;
previousRoutes = previousRoutes.previousRoutes;
const mapped = routes3.map((key) => key.key);
}
if (state.state.index < state.state.routes.length - 1) {
const routes4 = state.state.routes;
let substr = routes4.slice(0, state.state.index + 1);
} else {
substr = state.state.routes;
}
({ openingRouteKeys, closingRouteKeys } = previousRoutes);
let found6 = closingRouteKeys;
const replacingRouteKeys = previousRoutes.replacingRouteKeys;
let combined4 = replacingRouteKeys;
const previousRoutes1 = previousRoutes.previousRoutes;
let _objectWithoutProperties = tmp2;
let _inherits = tmp3;
function isAnimationEnabled(key) {
let tmp = state.descriptors[key];
if (!tmp) {
tmp = previousRoutes.descriptors[key];
}
let tmp3 = !tmp;
if (!tmp3) {
tmp3 = false !== tmp.options.animationEnabled;
}
return tmp3;
}
if (previousRoutes1[previousRoutes1.length - 1]) {
if (tmp2.key !== tmp3.key) {
if (previousRoutes1.some((key) => key.key === tmp3.key)) {
let arr7 = substr;
let tmp4 = openingRouteKeys;
let tmp5 = closingRouteKeys;
let tmp6 = replacingRouteKeys;
if (!substr.some((key) => key.key === tmp2.key)) {
let combined1 = substr;
let found = openingRouteKeys;
let tmp33 = closingRouteKeys;
let tmp34 = replacingRouteKeys;
if (tmp30) {
const items = [];
const items1 = [tmp2.key];
const combined = items.concat(outer1_4(closingRouteKeys), items1);
found6 = combined;
found = openingRouteKeys.filter((arg0) => arg0 !== tmp2.key);
const found1 = replacingRouteKeys.filter((arg0) => arg0 !== tmp2.key);
combined4 = found1;
const items2 = [];
const items3 = [tmp2];
combined1 = items2.concat(outer1_4(substr), items3);
tmp33 = combined;
tmp34 = found1;
}
arr7 = combined1;
tmp4 = found;
tmp5 = tmp33;
tmp6 = tmp34;
tmp30 = isAnimationEnabled(tmp2.key) && !closingRouteKeys.includes(tmp2.key);
}
} else {
arr7 = substr;
tmp4 = openingRouteKeys;
tmp5 = closingRouteKeys;
tmp6 = replacingRouteKeys;
if (tmp10) {
const items4 = [];
const items5 = [tmp3.key];
const combined2 = items4.concat(outer1_4(openingRouteKeys), items5);
let found2 = closingRouteKeys.filter((arg0) => arg0 !== tmp3.key);
found6 = found2;
const found3 = replacingRouteKeys.filter((arg0) => arg0 !== tmp3.key);
combined4 = found3;
if (substr.some((key) => key.key === tmp2.key)) {
arr7 = substr;
tmp4 = combined2;
tmp5 = found2;
tmp6 = found3;
} else {
let found4 = combined2.filter((arg0) => arg0 !== tmp2.key);
const animationTypeForReplace = state.descriptors[tmp3.key] || previousRoutes.descriptors[tmp3.key].options.animationTypeForReplace;
let str = "push";
if (null != animationTypeForReplace) {
str = animationTypeForReplace;
}
if ("pop" === str) {
const items6 = [];
const items7 = [tmp2.key];
found2 = items6.concat(outer1_4(found2), items7);
found6 = found2;
let found5 = found4.filter((arg0) => arg0 !== tmp3.key);
found4 = [];
const items8 = [tmp2];
let combined3 = found4.concat(outer1_4(substr), items8);
found6 = found2;
combined4 = found3;
const tmp9 = outer1_4(substr);
} else {
const items9 = [];
const items10 = [tmp2.key];
combined4 = items9.concat(outer1_4(found3), items10);
found6 = found2.filter((arg0) => arg0 !== tmp2.key);
const substr1 = substr.slice();
substr1.splice(substr1.length - 1, 0, tmp2);
combined3 = substr1;
found5 = found4;
}
const tmp17 = state.descriptors[tmp3.key] || previousRoutes.descriptors[tmp3.key];
}
}
tmp10 = isAnimationEnabled(tmp3.key) && !openingRouteKeys.includes(tmp3.key);
}
}
if (arr7.length) {
obj = {
routes: arr7,
previousRoutes: state.state.routes,
previousDescriptors: state.descriptors,
openingRouteKeys: tmp4,
closingRouteKeys: tmp5,
replacingRouteKeys: tmp6,
descriptors: arr7.reduce((arg0, key) => {
let tmp = state.descriptors[key.key];
if (!tmp) {
tmp = previousRoutes.descriptors[key.key];
}
arg0[key.key] = tmp;
return arg0;
}, {})
};
return obj;
} else {
const _Error = Error;
const error = new Error("There should always be at least one route in the navigation state.");
throw error;
}
}
if (replacingRouteKeys.length) {
const substr2 = substr.slice();
const splice = substr2.splice;
const items11 = [substr2.length - 1, 0];
const routes5 = previousRoutes.routes;
splice.apply(substr2, items11.concat(outer1_4(routes5.filter((key) => {
const tmp = !isAnimationEnabled(key.key);
let tmp2 = !tmp;
if (!tmp) {
let hasItem = combined4.includes(key);
if (!hasItem) {
hasItem = found6.includes(key);
}
tmp2 = hasItem;
}
return tmp2;
}))));
arr7 = substr2;
tmp4 = openingRouteKeys;
tmp5 = closingRouteKeys;
tmp6 = replacingRouteKeys;
} else {
arr7 = substr;
tmp4 = openingRouteKeys;
tmp5 = closingRouteKeys;
tmp6 = replacingRouteKeys;
}
}
};
let items1 = [obj];
return callback(StackView, items, items1);
})(require("result").Component);