//有发送或是接收网络的成功事件，证明连接是正常的。
void on_active(Socket *socket)
{
if(check_in(socket))
{
//将socket放到_online_queue队列的队尾
socket->_last_active_time = time(0);
_online_queue.erase(socket);
_online_queue.push(socket);
}
dlog2("WARN: EventBaseSockMgr::on_active");
}
//socket断开
void on_closed(Socket *socket)
{
if (check_in(socket))
{
_sockets.erase(socket);
_online_queue.erase(socket);
_waiting_queue.push(socket);
}
dlog2("WARN: EventBaseSockMgr::on_closed");
}
//tcpserver接收到新的连接
void on_new_connection(Socket *socket)
{
socket->_last_active_time = time(0);
if(!check_in(socket))
{
_sockets.insert(socket);
_online_queue.push(socket);
}
dlog2("WARN: EventBaseSockMgr::on_new_connection");
}
void on_connect_fail(Socket *socket)
{
dlog2("WARN: on_connect_fail");
this->on_closed(socket);
}
void
vdp1_cmdt_sprite_draw(struct vdp1_cmdt *cmdt,
const struct vdp1_cmdt_sprite *sprite)
{
bool scale;
uint16_t zp;
switch (sprite->cs_type) {
case CMDT_TYPE_NORMAL_SPRITE:
cmdt->cmd_ctrl = 0x0000;
cmdt->cmd_pmod = (sprite->cs_mode.raw & 0x9FFF) ^ 0x00C0;
cmdt->cmd_xa = sprite->cs_position.x;
cmdt->cmd_ya = sprite->cs_position.y;
break;
case CMDT_TYPE_SCALED_SPRITE:
zp = sprite->cs_zoom_point.enable
? dlog2(sprite->cs_zoom_point.raw & ~0x0010)
: 0x0000;
cmdt->cmd_ctrl = (zp << 8) | 0x0001;
cmdt->cmd_pmod = sprite->cs_mode.raw;
scale = zp == 0x0000;
if (scale) {
/* Scale with two vertices, A and C. No zoom point */
cmdt->cmd_xa = sprite->cs_vertex.a.x;
cmdt->cmd_ya = sprite->cs_vertex.a.y;
cmdt->cmd_xc = sprite->cs_vertex.c.x;
cmdt->cmd_yc = sprite->cs_vertex.c.y;
} else {
cmdt->cmd_xa = sprite->cs_zoom.point.x;
cmdt->cmd_ya = sprite->cs_zoom.point.y;
cmdt->cmd_xb = sprite->cs_zoom.display.x;
cmdt->cmd_yb = sprite->cs_zoom.display.y;
}
break;
case CMDT_TYPE_DISTORTED_SPRITE:
cmdt->cmd_ctrl = 0x0002;
cmdt->cmd_pmod = sprite->cs_mode.raw;
/* CCW starting from vertex D */
cmdt->cmd_xd = sprite->cs_vertex.d.x;
cmdt->cmd_yd = sprite->cs_vertex.d.y;
cmdt->cmd_xa = sprite->cs_vertex.a.x;
cmdt->cmd_ya = sprite->cs_vertex.a.y;
cmdt->cmd_xb = sprite->cs_vertex.b.x;
cmdt->cmd_yb = sprite->cs_vertex.b.y;
cmdt->cmd_xc = sprite->cs_vertex.c.x;
cmdt->cmd_yc = sprite->cs_vertex.c.y;
break;
}
cmdt->cmd_link = 0x0000;
switch (sprite->cs_mode.color_mode) {
case 0:
cmdt->cmd_colr = sprite->cs_color_bank.raw & 0xFFF0;
break;
case 1:
cmdt->cmd_colr = (uint16_t)((sprite->cs_clut >> 3) & 0xFFFF);
break;
case 2:
cmdt->cmd_colr = sprite->cs_color_bank.raw & 0xFFC0;
break;
case 3:
cmdt->cmd_colr = sprite->cs_color_bank.raw & 0xFF80;
break;
case 4:
cmdt->cmd_colr = sprite->cs_color_bank.raw & 0xFF00;
break;
case 5:
break;
}
cmdt->cmd_srca = (sprite->cs_char >> 3) & 0xFFFF;
cmdt->cmd_size = (((sprite->cs_width >> 3) << 8) |
sprite->cs_height) & 0x3FFF;
/* Gouraud shading processing is valid when a color calculation
* mode is specified */
cmdt->cmd_grda = (sprite->cs_grad >> 3) & 0xFFFF;
}
