Hello from ZAP!!!

"); } pub fn main() !void { var gpa = std.heap.GeneralPurposeAllocator(.{ .thread_safe = true, }){}; const allocator = gpa.allocator(); // we scope everything that can allocate within this block for leak detection { // setup listener var listener = zap.Endpoint.Listener.init( allocator, .{ .port = 3000, .on_request = on_request, .log = true, .public_folder = "examples/endpoint/html", .max_clients = 100000, .max_body_size = 100 * 1024 * 1024, }, ); defer listener.deinit(); // /users endpoint var userWeb = UserWeb.init(allocator, "/users"); defer userWeb.deinit(); var stopEp = StopEndpoint.init("/stop"); // register endpoints with the listener try listener.register(&userWeb); try listener.register(&stopEp); // fake some users var uid: usize = undefined; uid = try userWeb.users().addByName("renerocksai", null); uid = try userWeb.users().addByName("renerocksai", "your mom"); // listen try listener.listen(); std.debug.print("Listening on 0.0.0.0:3000\n", .{}); // and run zap.start(.{ .threads = 2, // IMPORTANT! It is crucial to only have a single worker for this example to work! // Multiple workers would have multiple copies of the users hashmap. // // Since zap is quite fast, you can do A LOT with a single worker. // Try it with `zig build run-endpoint -Drelease-fast` .workers = 1, }); } // show potential memory leaks when ZAP is shut down const has_leaked = gpa.detectLeaks(); std.log.debug("Has leaked: {}\n", .{has_leaked}); }