void connector_cb(kchannel_ref_t* channel, knet_channel_cb_event_e e) {
kchannel_ref_t* connector = 0;
char buffer[1024] = {0};
char* hello = "hello world";
int bytes = 0;
kstream_t* stream = knet_channel_ref_get_stream(channel);
if (e & channel_cb_event_connect) { /* 连接成功 */
active_channel++;
/* 写入 */
send_bytes += 12;
knet_stream_push(stream, hello, 12);
if (active_channel < client_n) {
connector = knet_loop_create_channel(knet_channel_ref_get_loop(channel), 8, 121);
knet_channel_ref_set_cb(connector, connector_cb);
knet_channel_ref_set_timeout(connector, 1);
knet_channel_ref_connect(connector, ip, port, 120);
}
} else if (e & channel_cb_event_recv) {
bytes = knet_stream_available(stream);
if (error_ok == knet_stream_pop(stream, buffer, bytes)) {
recv_bytes += bytes;
}
} else if (e & channel_cb_event_close) {
active_channel--;
printf("unexpect close\n");
} else if (e & channel_cb_event_connect_timeout) {
printf("connect timeout!\n");
knet_channel_ref_close(channel);
} else if (e & channel_cb_event_timeout) {
/* 写入 */
if (error_ok == knet_stream_push(stream, hello, 12)) {
send_bytes += 12;
}
}
}
void connector_cb(kchannel_ref_t* channel, knet_channel_cb_event_e e) {
char buffer[1024] = {0};
kstream_t* stream = 0;
int bytes = 0;
if (e & channel_cb_event_connect) {
total_connected++;
printf("connect finished: %d, %d\n", knet_channel_ref_get_socket_fd(channel), total_connected);
} else if (e & channel_cb_event_recv) {
stream = knet_channel_ref_get_stream(channel);
bytes = knet_stream_available(stream);
bytes = knet_stream_pop(stream, buffer, bytes);
knet_stream_push(stream, buffer, bytes);
} else if (e & channel_cb_event_close) {
atomic_counter_dec(&client_count);
if (client_count == 0) {
printf("all client closed\n");
knet_loop_exit(knet_channel_ref_get_loop(channel));
}
} else if (e & channel_cb_event_connect_timeout) {
printf("connector close, connect timeout: %d\n", knet_channel_ref_get_socket_fd(channel));
knet_channel_ref_close(channel);
} else if (e & channel_cb_event_timeout) {
printf("connector recv timeout, close: %d\n", knet_channel_ref_get_socket_fd(channel));
knet_channel_ref_close(channel);
}
}
/* 客户端 - 连接器回调 */
void connector_cb(kchannel_ref_t* channel, knet_channel_cb_event_e e) {
char* hello = "hello world";
kstream_t* stream = knet_channel_ref_get_stream(channel);
if (e & channel_cb_event_connect) { /* 连接成功 */
/* 写入 */
knet_stream_push(stream, hello, 12);
}
}
void acceptor_cb(kchannel_ref_t* channel, knet_channel_cb_event_e e) {
char buffer[100] = {0};
kstream_t* stream = 0;
if (e & channel_cb_event_accept) {
knet_channel_ref_set_cb(channel, client_cb);
knet_channel_ref_set_timeout(channel, 2);
stream = knet_channel_ref_get_stream(channel);
knet_stream_push(stream, buffer, sizeof(buffer));
}
}
/* 客户端 - 连接器回调 */
void connector_cb(kchannel_ref_t* channel, knet_channel_cb_event_e e) {
char buffer[32] = {0};
char* hello = "hello world";
kstream_t* stream = knet_channel_ref_get_stream(channel);
if (e & channel_cb_event_connect) { /* 连接成功 */
/* 写入 */
knet_stream_push(stream, hello, 12);
} else if (e & channel_cb_event_recv) {
/* echo数据读取 */
knet_stream_pop(stream, buffer, sizeof(buffer));
/* 关闭 */
knet_channel_ref_close(channel);
} else if (e & channel_cb_event_connect_timeout) {
/* 关闭 */
knet_channel_ref_close(channel);
printf("connector close: timeout\n");
}
}
/* 服务端 - 客户端回调 */
void client_cb(kchannel_ref_t* channel, knet_channel_cb_event_e e) {
char buffer[32] = {0};
kaddress_t* peer_address = 0;
kstream_t* stream = knet_channel_ref_get_stream(channel);
if (e & channel_cb_event_recv) { /* 有数据可以读 */
/* 读取 */
knet_stream_pop(stream, buffer, sizeof(buffer));
/* 不论是否读取完整， 写入12字节 */
knet_stream_push(stream, buffer, 12);
} else if (e & channel_cb_event_close) {
peer_address = knet_channel_ref_get_peer_address(channel);
printf("peer close: %s, %d, %d\n", address_get_ip(peer_address),
address_get_port(peer_address), connector_count);
/* 对端关闭 */
connector_count--;
if (connector_count == 0) { /* 全部关闭 */
/* 退出 */
knet_loop_exit(knet_channel_ref_get_loop(channel));
}
}
}
void client_cb(kchannel_ref_t* channel, knet_channel_cb_event_e e) {
kaddress_t* peer_address = 0;
char buffer[10] = {0};
kstream_t* stream = 0;
int bytes = 0;
if (e & channel_cb_event_recv) {
stream = knet_channel_ref_get_stream(channel);
bytes = knet_stream_available(stream);
knet_stream_pop(stream, buffer, sizeof(buffer));
knet_stream_push(stream, buffer, bytes);
recv_count++;
if (recv_count > MAX_ECHO_COUNT) {
peer_address = knet_channel_ref_get_peer_address(channel);
printf("client reach max echo, close: %s, %d\n", address_get_ip(peer_address), address_get_port(peer_address));
knet_channel_ref_close(channel);
}
} else if (e & channel_cb_event_timeout) {
peer_address = knet_channel_ref_get_peer_address(channel);
printf("client timeout, close: %s, %d\n", address_get_ip(peer_address), address_get_port(peer_address));
knet_channel_ref_close(channel);
}
}
int knet_vrouter_route(kvrouter_t* router, kchannel_ref_t* c, const void* buffer, int size) {
uint32_t id = 0;
wire_t* w = 0;
kstream_t* s = 0;
int error = error_ok;
verify(router);
verify(c);
verify(buffer);
verify(size);
lock_lock(router->lock);
id = uuid_get_high32(knet_channel_ref_get_uuid(c));
w = (wire_t*)hash_get(router->table, id);
if (!w) {
lock_unlock(router->lock);
return error_router_wire_not_found;
}
verify(w->c2);
s = knet_channel_ref_get_stream(w->c2);
verify(s);
/* 发送 */
error = knet_stream_push(s, buffer, size);
lock_unlock(router->lock);
return error;
}
