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514 lines (469 loc) · 17.7 KB
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// (function start_script_binding() {
// const GodotAnonymousConnectionManager = new(class GodotAnonymousConnectionManager extends godot.RefCounted {
// anonymous_connection_index = 0;
// get_slot_id(emitter, signal, target) {
// return `__${emitter.get_instance_id()}:${signal}:${target.get_instance_id()}__`;
// }
// get_anonymous_method_name() {
// return `__anonymous_slot:${this.anonymous_connection_index++}`;
// }
// })();
// const godot_object_connect = godot.Object.prototype.connect;
// Object.defineProperty(godot.Object.prototype, 'connect', {
// // Object.prototype.connect(signal_name, target, method, params, flags)
// value: function connect(...args) {
// if (args.length < 2) throw new Error('2 or more arguments expected');
// let signal = args[0];
// if (typeof signal !== 'string' || !signal) throw new Error('signal name expected for argument #0');
// let offset = 0;
// let target = null;
// let method = null;
// let method_name = null;
// let target_caller = null;
// let params = [];
// let flags = 0;
// if (typeof args[1] === 'function') {
// offset = -1;
// target = GodotAnonymousConnectionManager;
// method = args[1];
// } else if (args.length >= 3) {
// target_caller = args[1];
// target = target_caller || GodotAnonymousConnectionManager;
// if (!(target instanceof godot.Object)) {
// new Error('godot.Object expected for signal target');
// }
// method = args[2];
// } else {
// throw new Error('method name or function expected for signal method');
// }
// if (args.length > 3 + offset) {
// let p = args[3 + offset];
// if (p && p.length)
// params = p;
// }
// if (args.length > 4 + offset) {
// let p = args[4 + offset];
// if (typeof p === 'number')
// flags = p;
// }
// if (typeof method === 'string' && method.length) {
// method_name = method;
// } else if (typeof method === 'function') {
// const slot_id = GodotAnonymousConnectionManager.get_slot_id(this, signal, target);
// if (target[method.name] === method) {
// method_name = method.name;
// } else {
// method_name = GodotAnonymousConnectionManager.get_anonymous_method_name();
// function callback(...args) { method.apply(target_caller, args); };
// target[method_name] = callback;
// callback[slot_id] = method_name;
// }
// method[slot_id] = method_name;
// } else {
// throw new Error('method name or function expected for signal method');
// }
// // console.log("connect", this, signal, target, method_name, params, flags);
// return godot_object_connect.apply(this, [signal, target, method_name, params, flags]);
// },
// writable: false,
// configurable: true
// });
// const godot_object_disconnect = godot.Object.prototype.disconnect;
// Object.defineProperty(godot.Object.prototype, 'disconnect', {
// // Object.prototype.disconnect(signal_name, target, method)
// value: function disconnect(...args) {
// if (args.length < 2) throw new Error('2 or more arguments expected');
// let signal = args[0];
// if (typeof signal !== 'string' || !signal) throw new Error('signal name expected for argument #0');
// let target = null;
// let method_name = null;
// let method = null;
// let slot_id = undefined;
// if (typeof args[1] === 'function') {
// target = GodotAnonymousConnectionManager;
// method = args[1];
// } else if (args.length >= 3) {
// target = args[1] || GodotAnonymousConnectionManager;
// if (!(target instanceof godot.Object)) {
// new Error('godot.Object expected for signal target');
// }
// method = args[2];
// } else {
// throw new Error('method name or function expected');
// }
// if (typeof method === 'string' && method) {
// method_name = method;
// } else if (typeof method === 'function') {
// slot_id = GodotAnonymousConnectionManager.get_slot_id(this, signal, target);
// method_name = method[slot_id];
// method[slot_id] = undefined;
// } else {
// throw new Error('method name or function expected');
// }
// if (slot_id) {
// if (typeof target[method_name] !== 'undefined') {
// target[method_name] = undefined;
// delete target[method_name];
// }
// delete method[slot_id];
// }
// // console.log("disconnect", this, signal, target, method_name);
// godot_object_disconnect.apply(this, [signal, target, method_name]);
// },
// writable: false,
// configurable: true
// });
// const godot_object_is_connected = godot.Object.prototype.is_connected;
// Object.defineProperty(godot.Object.prototype, 'is_connected', {
// // Object.prototype.is_connected(signal_name, target, method)
// value: function godot_is_connected_override(...args) {
// if (args.length < 3) throw new Error('3 arguments expected');
// let signal = args[0];
// if (typeof signal !== 'string' || !signal) throw new Error('signal name expected for argument #1');
// let target = null;
// let method = null;
// let method_name = null;
// let slot_id = undefined;
// if (typeof args[1] === 'function') {
// target = GodotAnonymousConnectionManager;
// method = args[1];
// } else if (args.length >= 3) {
// target = args[1] || GodotAnonymousConnectionManager;
// if (!(target instanceof godot.Object)) {
// new Error('godot.Object expected for signal target');
// }
// method = args[2];
// } else {
// throw new Error('method name or function expected for argument #2');
// }
// if (typeof method === 'string') {
// method_name = method;
// } else if (typeof method === 'function') {
// slot_id = GodotAnonymousConnectionManager.get_slot_id(this, signal, target);
// method_name = method[slot_id];
// } else {
// throw new Error('method name or function expected');
// }
// return godot_object_is_connected.apply(this, [signal, target, method_name]);
// },
// writable: false,
// configurable: true
// });
// function godot_yield(target, signal) {
// return new Promise(function(resolve, reject) {
// function callback(...args) {
// const slot_id = GodotAnonymousConnectionManager.get_slot_id(target, signal, GodotAnonymousConnectionManager);
// const method_name = callback[slot_id];
// GodotAnonymousConnectionManager[method_name] = undefined;
// delete GodotAnonymousConnectionManager[method_name];
// delete callback[slot_id];
// resolve(args);
// };
// target.connect(signal, GodotAnonymousConnectionManager, callback, [], godot.Object.CONNECT_ONESHOT);
// });
// }
// Object.defineProperty(godot, 'yield', {
// value: godot_yield,
// writable: false,
// configurable: true
// });
// get_slot_id(emitter, signal, target) {
// return `__${emitter.get_instance_id()}:${signal}:${target.get_instance_id()}__`;
// }
// const godot_node_get_node = godot.Node.prototype.get_node;
// Object.defineProperty(godot.Node.prototype, 'get_node', {
// value: function(arg) {
// if (typeof arg === 'string') {
// return godot_node_get_node.call(this, arg);
// } else if (typeof arg === 'function') {
// for (let n of this.get_children()) {
// if (n instanceof arg) {
// return n;
// }
// }
// }
// return null;
// },
// writable: false,
// configurable: true
// });
// Object.defineProperty(godot.Node.prototype, '$', {
// value: godot.Node.prototype.get_node,
// writable: false,
// configurable: true
// });
// const godot_vector2 = godot.Vector2;
// Object.defineProperty(godot_vector2, "Axis", {
// value: {
// AXIS_X: 0,
// AXIS_Y: 1,
// },
// writable: false,
// configurable: false,
// });
// const godot_vector3 = godot.Vector3;
// Object.defineProperty(godot_vector3, "Axis", {
// value: {
// AXIS_X: 0,
// AXIS_Y: 1,
// AXIS_Z: 2,
// },
// writable: false,
// configurable: false,
// });
// // iterator of Pool*Vector
// const pool_classes = [ godot.PackedByteArray, godot.PackedInt32Array, godot.PackedFloat32Array, godot.PackedStringArray, godot.PackedVector2Array, godot.PackedVector3Array, godot.PackedColorArray ];
// for (const pool_class of pool_classes) {
// Object.defineProperty(pool_class.prototype, Symbol.iterator, {value: function iterator() {
// let next_index = 0;
// return {
// next: ()=> {
// if (next_index < this.size()) {
// return { value: this.get(next_index++), done: false }
// } else {
// return { done: true };
// }
// },
// };
// }});
// }
// return godot.TOOLS_ENABLED ? {
// "removed": {
// "Rect2": ["end", "grow_margin"],
// "Color": ["h", "s", "v", "r8", "g8", "b8", "a8"],
// "Transform2D": ["xform", "xform_inv"],
// "Basis": ["is_equal_approx"],
// "Plane": ["intersects_segment", "intersects_ray", "intersect_3"],
// "AABB": ["end"],
// "Transform": ["xform", "xform_inv"],
// },
// "added": {
// "Object": [
// "/** Connect the `method` of `target` to the `signal`*/",
// "//@ts-ignore",
// "connect(signal: string, target: Object, method: Function, binds: any[] = [], flags: number = 0) : number;",
// "",
// "/** Connect the `method` to the `signal`. The caller of the method will be `null` */",
// "//@ts-ignore",
// "connect(signal: string, method: Function, binds: any[] = [], flags: number = 0) : number;",
// "",
// "/** Returns `true` if a connection exists for a given `signal`, `target`, and `method`. */",
// "is_connected(signal: string, target: Object, method: Function) : boolean;",
// "/** Returns `true` if a connection exists for a given `signal` and `method`. */",
// "is_connected(signal: string, method: Function) : boolean;",
// "",
// "/** Disconnects a `signal` from the `method` on the given `target`. */",
// "disconnect(signal: string, target: Object, method: Function) : void;",
// "/** Disconnects a `signal` from the `method` */",
// "disconnect(signal: string, method: Function) : void;"
// ],
// "Node": [
// "/** Get first node with the class `cls` */",
// "get_node<T extends godot.Node>(cls: new()=>T): T;",
// "",
// "/** Get node with the path */",
// "$(path: string): godot.Node;",
// "/** Get first node with the class `cls` */",
// "$<T extends godot.Node>(cls: new()=>T): T;",
// ]
// },
// } : undefined;
// })();
// const godot_object_disconnect = godot.Object.prototype.disconnect;
// Object.defineProperty(godot.Object.prototype, 'disconnect', {
// // Object.prototype.disconnect(signal_name, target, method)
// value: function disconnect(...args) {
// if (args.length < 2) throw new Error('2 or more arguments expected');
// let signal = args[0];
// if (typeof signal !== 'string' || !signal) throw new Error('signal name expected for argument #0');
// let target = null;
// let method_name = null;
// let method = null;
// let slot_id = undefined;
// if (typeof args[1] === 'function') {
// target = GodotAnonymousConnectionManager;
// method = args[1];
// } else if (args.length >= 3) {
// target = args[1] || GodotAnonymousConnectionManager;
// if (!(target instanceof godot.Object)) {
// new Error('godot.Object expected for signal target');
// }
// method = args[2];
// } else {
// throw new Error('method name or function expected');
// }
// if (typeof method === 'string' && method) {
// method_name = method;
// } else if (typeof method === 'function') {
// slot_id = GodotAnonymousConnectionManager.get_slot_id(this, signal, target);
// method_name = method[slot_id];
// method[slot_id] = undefined;
// } else {
// throw new Error('method name or function expected');
// }
// if (slot_id) {
// if (typeof target[method_name] !== 'undefined') {
// target[method_name] = undefined;
// delete target[method_name];
// }
// delete method[slot_id];
// }
// // console.log("disconnect", this, signal, target, method_name);
// godot_object_disconnect.apply(this, [signal, target, method_name]);
// },
// writable: false,
// configurable: true
// });
// const godot_object_is_connected = godot.Object.prototype.is_connected;
// Object.defineProperty(godot.Object.prototype, 'is_connected', {
// // Object.prototype.is_connected(signal_name, target, method)
// value: function godot_is_connected_override(...args) {
// if (args.length < 3) throw new Error('3 arguments expected');
// let signal = args[0];
// if (typeof signal !== 'string' || !signal) throw new Error('signal name expected for argument #1');
// let target = null;
// let method = null;
// let method_name = null;
// let slot_id = undefined;
// if (typeof args[1] === 'function') {
// target = GodotAnonymousConnectionManager;
// method = args[1];
// } else if (args.length >= 3) {
// target = args[1] || GodotAnonymousConnectionManager;
// if (!(target instanceof godot.Object)) {
// new Error('godot.Object expected for signal target');
// }
// method = args[2];
// } else {
// throw new Error('method name or function expected for argument #2');
// }
// if (typeof method === 'string') {
// method_name = method;
// } else if (typeof method === 'function') {
// slot_id = GodotAnonymousConnectionManager.get_slot_id(this, signal, target);
// method_name = method[slot_id];
// } else {
// throw new Error('method name or function expected');
// }
// return godot_object_is_connected.apply(this, [signal, target, method_name]);
// },
// writable: false,
// configurable: true
// });
// function godot_yield(target, signal) {
// return new Promise(function(resolve, reject) {
// function callback(...args) {
// const slot_id = GodotAnonymousConnectionManager.get_slot_id(target, signal, GodotAnonymousConnectionManager);
// const method_name = callback[slot_id];
// GodotAnonymousConnectionManager[method_name] = undefined;
// delete GodotAnonymousConnectionManager[method_name];
// delete callback[slot_id];
// resolve(args);
// };
// target.connect(signal, GodotAnonymousConnectionManager, callback, [], godot.Object.CONNECT_ONESHOT);
// });
// }
// Object.defineProperty(godot, 'yield', {
// value: godot_yield,
// writable: false,
// configurable: true
// });
// const godot_node_get_node = godot.Node.prototype.get_node;
// Object.defineProperty(godot.Node.prototype, 'get_node', {
// value: function(arg) {
// if (typeof arg === 'string') {
// return godot_node_get_node.call(this, arg);
// } else if (typeof arg === 'function') {
// for (let n of this.get_children()) {
// if (n instanceof arg) {
// return n;
// }
// }
// }
// return null;
// },
// writable: false,
// configurable: true
// });
// Object.defineProperty(godot.Node.prototype, '$', {
// value: godot.Node.prototype.get_node,
// writable: false,
// configurable: true
// });
// const godot_vector2 = godot.Vector2;
// Object.defineProperty(godot_vector2, "Axis", {
// value: {
// AXIS_X: 0,
// AXIS_Y: 1,
// },
// writable: false,
// configurable: false,
// });
// const godot_vector3 = godot.Vector3;
// Object.defineProperty(godot_vector3, "Axis", {
// value: {
// AXIS_X: 0,
// AXIS_Y: 1,
// AXIS_Z: 2,
// },
// writable: false,
// configurable: false,
// });
// // iterator of Pool*Vector
// const pool_classes = [ godot.PackedByteArray, godot.PackedInt32Array, godot.PackedFloat32Array, godot.PackedStringArray, godot.PackedVector2Array, godot.PackedVector3Array, godot.PackedColorArray ];
// for (const pool_class of pool_classes) {
// Object.defineProperty(pool_class.prototype, Symbol.iterator, {value: function iterator() {
// let next_index = 0;
// return {
// next: ()=> {
// if (next_index < this.size()) {
// return { value: this.get(next_index++), done: false }
// } else {
// return { done: true };
// }
// },
// };
// }});
// }
// return godot.TOOLS_ENABLED ? {
// "removed": {
// "Rect2": ["end", "grow_margin"],
// "Color": ["h", "s", "v", "r8", "g8", "b8", "a8"],
// "Transform2D": ["xform", "xform_inv"],
// "Basis": ["is_equal_approx"],
// "Plane": ["intersects_segment", "intersects_ray", "intersect_3"],
// "AABB": ["end"],
// "Transform": ["xform", "xform_inv"],
// },
// "added": {
// "Object": [
// "/** Connect the `method` of `target` to the `signal`*/",
// "//@ts-ignore",
// "connect(signal: string, target: Object, method: Function, binds: any[] = [], flags: number = 0) : number;",
// "",
// "/** Connect the `method` to the `signal`. The caller of the method will be `null` */",
// "//@ts-ignore",
// "connect(signal: string, method: Function, binds: any[] = [], flags: number = 0) : number;",
// "",
// "/** Returns `true` if a connection exists for a given `signal`, `target`, and `method`. */",
// "is_connected(signal: string, target: Object, method: Function) : boolean;",
// "/** Returns `true` if a connection exists for a given `signal` and `method`. */",
// "is_connected(signal: string, method: Function) : boolean;",
// "",
// "/** Disconnects a `signal` from the `method` on the given `target`. */",
// "disconnect(signal: string, target: Object, method: Function) : void;",
// "/** Disconnects a `signal` from the `method` */",
// "disconnect(signal: string, method: Function) : void;"
// ],
// "Node": [
// "/** Get first node with the class `cls` */",
// "get_node<T extends godot.Node>(cls: new()=>T): T;",
// "",
// "/** Get node with the path */",
// "$(path: string): godot.Node;",
// "/** Get first node with the class `cls` */",
// "$<T extends godot.Node>(cls: new()=>T): T;",
// ]
// },
// } : undefined;
// })();