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		i && a.push(i);
	}
	let n = new Uint8Array(a.reduce((i, u) => i + u.length, 0)), o = 0;
	return a.forEach((i) => {
		n.set(i, o), o += i.length;
	}), n;
}
async function Kr(r) {
	let { promisify: e } = await import("./dist-yjaiMH4x.js"), { gunzip: t } = await import("./dist-yjaiMH4x.js");
	return await e(t)(r);
}
function sr(r) {
	return r ? typeof r == "number" ? r : Math.floor(r.getTime() / 1e3) : Math.floor(Date.now() / 1e3);
}
var Vr = "/tmp/pglite", C = Vr + "/base", ur = class {
	constructor(e) {
		this.dataDir = e;
	}
	async init(e, t) {
		return this.pg = e, { emscriptenOpts: t };
	}
	async syncToFs(e) {}
	async initialSyncFs() {}
	async closeFs() {}
	async dumpTar(e, t) {
		return H(this.pg.Module.FS, C, e, t);
	}
}, cr = class {
	constructor(e, { debug: t = !1 } = {}) {
		this.dataDir = e, this.debug = t;
	}
	async syncToFs(e) {}
	async initialSyncFs() {}
	async closeFs() {}
	async dumpTar(e, t) {
		return H(this.pg.Module.FS, C, e, t);
	}
	async init(e, t) {
		return this.pg = e, { emscriptenOpts: {
			...t,
			preRun: [...t.preRun || [], (a) => {
				let n = Zr(a, this);
				a.FS.mkdir(C), a.FS.mount(n, {}, C);
			}]
		} };
	}
}, pr = {
	EBADF: 8,
	EBADFD: 127,
	EEXIST: 20,
	EINVAL: 28,
	EISDIR: 31,
	ENODEV: 43,
	ENOENT: 44,
	ENOTDIR: 54,
	ENOTEMPTY: 55
}, Zr = (r, e) => {
	let t = r.FS, s = e.debug ? console.log : null, a = {
		tryFSOperation(n) {
			try {
				return n();
			} catch (o) {
				throw o.code ? o.code === "UNKNOWN" ? new t.ErrnoError(pr.EINVAL) : new t.ErrnoError(o.code) : o;
			}
		},
		mount(n) {
			return a.createNode(null, "/", 16895, 0);
		},
		syncfs(n, o, i) {},
		createNode(n, o, i, u) {
			if (!t.isDir(i) && !t.isFile(i)) throw new t.ErrnoError(28);
			let c = t.createNode(n, o, i);
			return c.node_ops = a.node_ops, c.stream_ops = a.stream_ops, c;
		},
		getMode: function(n) {
			return s?.("getMode", n), a.tryFSOperation(() => e.lstat(n).mode);
		},
		realPath: function(n) {
			let o = [];
			for (; n.parent !== n;) o.push(n.name), n = n.parent;
			return o.push(n.mount.opts.root), o.reverse(), o.join("/");
		},
		node_ops: {
			getattr(n) {
				s?.("getattr", a.realPath(n));
				let o = a.realPath(n);
				return a.tryFSOperation(() => {
					let i = e.lstat(o);
					return {
						...i,
						dev: 0,
						ino: n.id,
						nlink: 1,
						rdev: n.rdev,
						atime: new Date(i.atime),
						mtime: new Date(i.mtime),
						ctime: new Date(i.ctime)
					};
				});
			},
			setattr(n, o) {
				s?.("setattr", a.realPath(n), o);
				let i = a.realPath(n);
				a.tryFSOperation(() => {
					o.mode !== void 0 && e.chmod(i, o.mode), o.size !== void 0 && e.truncate(i, o.size), o.timestamp !== void 0 && e.utimes(i, o.timestamp, o.timestamp), o.size !== void 0 && e.truncate(i, o.size);
				});
			},
			lookup(n, o) {
				s?.("lookup", a.realPath(n), o);
				let i = [a.realPath(n), o].join("/"), u = a.getMode(i);
				return a.createNode(n, o, u);
			},
			mknod(n, o, i, u) {
				s?.("mknod", a.realPath(n), o, i, u);
				let c = a.createNode(n, o, i, u), m = a.realPath(c);
				return a.tryFSOperation(() => (t.isDir(c.mode) ? e.mkdir(m, { mode: i }) : e.writeFile(m, "", { mode: i }), c));
			},
			rename(n, o, i) {
				s?.("rename", a.realPath(n), a.realPath(o), i);
				let u = a.realPath(n), c = [a.realPath(o), i].join("/");
				a.tryFSOperation(() => {
					e.rename(u, c);
				}), n.name = i;
			},
			unlink(n, o) {
				s?.("unlink", a.realPath(n), o);
				let i = [a.realPath(n), o].join("/");
				try {
					e.unlink(i);
				} catch {}
			},
			rmdir(n, o) {
				s?.("rmdir", a.realPath(n), o);
				let i = [a.realPath(n), o].join("/");
				return a.tryFSOperation(() => {
					e.rmdir(i);
				});
			},
			readdir(n) {
				s?.("readdir", a.realPath(n));
				let o = a.realPath(n);
				return a.tryFSOperation(() => e.readdir(o));
			},
			symlink(n, o, i) {
				throw s?.("symlink", a.realPath(n), o, i), new t.ErrnoError(63);
			},
			readlink(n) {
				throw s?.("readlink", a.realPath(n)), new t.ErrnoError(63);
			}
		},
		stream_ops: {
			open(n) {
				s?.("open stream", a.realPath(n.node));
				let o = a.realPath(n.node);
				return a.tryFSOperation(() => {
					t.isFile(n.node.mode) && (n.shared.refcount = 1, n.nfd = e.open(o));
				});
			},
			close(n) {
				return s?.("close stream", a.realPath(n.node)), a.tryFSOperation(() => {
					t.isFile(n.node.mode) && n.nfd && --n.shared.refcount === 0 && e.close(n.nfd);
				});
			},
			dup(n) {
				s?.("dup stream", a.realPath(n.node)), n.shared.refcount++;
			},
			read(n, o, i, u, c) {
				return s?.("read stream", a.realPath(n.node), i, u, c), u === 0 ? 0 : a.tryFSOperation(() => e.read(n.nfd, o, i, u, c));
			},
			write(n, o, i, u, c) {
				return s?.("write stream", a.realPath(n.node), i, u, c), a.tryFSOperation(() => e.write(n.nfd, o.buffer, i, u, c));
			},
			llseek(n, o, i) {
				s?.("llseek stream", a.realPath(n.node), o, i);
				let u = o;
				if (i === 1 ? u += n.position : i === 2 && t.isFile(n.node.mode) && a.tryFSOperation(() => {
					let c = e.fstat(n.nfd);
					u += c.size;
				}), u < 0) throw new t.ErrnoError(28);
				return u;
			},
			mmap(n, o, i, u, c) {
				if (s?.("mmap stream", a.realPath(n.node), o, i, u, c), !t.isFile(n.node.mode)) throw new t.ErrnoError(pr.ENODEV);
				let m = r.mmapAlloc(o);
				return a.stream_ops.read(n, r.HEAP8, m, o, i), {
					ptr: m,
					allocated: !0
				};
			},
			msync(n, o, i, u, c) {
				return s?.("msync stream", a.realPath(n.node), i, u, c), a.stream_ops.write(n, o, 0, u, i), 0;
			}
		}
	};
	return a;
};
//#endregion
export { or as a, F as c, R as d, T as f, x$1 as g, u as h, cr as i, L$1 as l, h as m, Vr as n, pr as o, U as p, ce as r, ur as s, C as t, P as u };

//# sourceMappingURL=chunk-VBDAOXYI-D8dyGyUX.js.map