#include "ui_controler.hpp"

#include <stdarg.h>
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
//
#include "tjc/tjc_constant.hpp"
#include "tjc_event_processer_mgr.hpp"
#include "ui_state_mgr.hpp"
//
using namespace iflytop;
#define TAG "UIScheduler"

#define MODULE_DEBUG     0
#define UART_RX_OVERTIME 5
#define CMD_OVERTIME     100

static ZThread uart_rx_thread;
static ZThread rx_processed_thread;
static ZThread ui_block_work_thread;

static ZQueue<tjc_rx_packet_t> ackQueue;
static ZQueue<tjc_rx_packet_t> eventQueue;
static ZThread                 usartRxThread;
static ZThread                 eventProcessThread;
static bool                    m_isWaitingForAck;
static UART_HandleTypeDef*     tjcUart;
static UIEvent                 event_cache;

/***********************************************************************************************************************
 *                                                        UTILS                                                        *
 ***********************************************************************************************************************/
static const char* zhex2str(uint8_t* data, size_t len) {
  static char buf[256];
  memset(buf, 0, sizeof(buf));
  for (size_t i = 0; i < len; i++) {
    sprintf(buf + i * 2, "%02X", data[i]);
  }
  return buf;
}

namespace iflytop {
__weak void UIControlerHock_PageInit() {}
}  // namespace iflytop

/***********************************************************************************************************************
 *                                                        FUNC                                                         *
 ***********************************************************************************************************************/
void UIControler::doBlockWork(const char* blockmask, function<void()> fn) {
  ui_block_work_thread.start([fn, blockmask]() {
    UIPublicState::setLoadingState(true, blockmask);
    osDelay(10);
    fn();
    UIPublicState::setLoadingState(false, "");
  });
}

void UIControler::postInitialize() {
  ackQueue.initialize(5, sizeof(tjc_rx_packet_t));
  eventQueue.initialize(5, sizeof(tjc_rx_packet_t));
  usartRxThread.init("UI_RX", 512);
  eventProcessThread.init("UI_RX_PROCESS", 1024);
  ui_block_work_thread.init("UI_WORK", 1024);
  tjcUart = AppHardware::ins()->tjcUart;
  UIPublicState::initialize();
  m_cmdlock.init();
  sendcmd("rest");
  osDelay(1000);
  sendcmd("page %d", pg_pStart);
}

void UIControler::initialize() {  //
  startSchedule();
}

void UIControler::pageInitialize() { UIControlerHock_PageInit(); }

void UIControler::callUsrEventCb(UIEvent* event) {
  static AppEvent appEvent;
  appEvent.type = KAE_UIEvent;
  appEvent.setUIEvent(event);

  AppEventBus::ins()->pushEventBlock("UIEvent", &appEvent);
}

void UIControler::startSchedule() {
  usartRxThread.start([this]() {
    static uint8_t rxbuf[256];
    tjcUart->USR_UartITRxing     = 1;
    tjcUart->USR_UartITRxBuf     = rxbuf;
    tjcUart->USR_UartITRxBufSize = 256;
    tjcUart->USR_UartITRxOff     = 0;

    HAL_UART_Receive_IT(tjcUart, &tjcUart->USR_UartITRxBufCache, 1);
    while (1) {
      static uint8_t processbuf[256];
      int32_t        rxsize = 0;
      if (tjcUart->USR_UartITRxOff != 0 && zos_haspassedms(tjcUart->USR_UartITLastRxTicket) > UART_RX_OVERTIME) {
        vPortEnterCritical();
        if (tjcUart->USR_UartITRxOff != 0 && zos_haspassedms(tjcUart->USR_UartITLastRxTicket) > UART_RX_OVERTIME) {
          memcpy(processbuf, tjcUart->USR_UartITRxBuf, tjcUart->USR_UartITRxOff);
          rxsize                   = tjcUart->USR_UartITRxOff;
          tjcUart->USR_UartITRxOff = 0;
        }
        vPortExitCritical();
      }

      if (rxsize != 0) {
        processScreenRxPacket(processbuf, rxsize);
      }
      osDelay(1);
    }
  });

  eventProcessThread.start([this]() {
    while (1) {
      static tjc_rx_packet_t packet;
      bool                   suc = eventQueue.receive(&packet, 10);
      if (suc) {
        memset(&event_cache, 0, sizeof(event_cache));

        tjc_packet_type_t packetType = (tjc_packet_type_t)packet.data[0];
        auto*             processer  = TJCEventProcesserMgr::findProcesser((tjc_packet_type_t)packetType);
        // ZLOGI(TAG, "[eventprocess-thread]: rx_event:%s(%d)", tjc::pt2str(packetType), packetType);

        if (processer != nullptr) {
          processer->process(packet.data, packet.datalen, &event_cache);
        } else {
          event_cache.eventId = packet.data[0];
        }
        // ZLOGI(TAG, "push event %s(%d) ", tjc::pt2str(event_cache.eventId), event_cache.eventId);
        callUsrEventCb(&event_cache);
      }
      osDelay(1);
    }
  });
}

void UIControler::processScreenRxPacket(uint8_t* data, size_t len) {
  // 判断包是否合法
#if MODULE_DEBUG
  ZLOGI(TAG, "[rx-thread] : rx :%s(%d)", zhex2str(data, len), len);
#endif

  if (!(data[len - 1] == 0xff && data[len - 2] == 0xff && data[len - 3] == 0xff)) {
    ZLOGI(TAG, "rx invalid packet %s", zhex2str(data, len));
    return;
  }
  if (TJC_MAX_PACKET_SIZE < len) {
    ZLOGI(TAG, "rx invalid packet(tool long) %s", zhex2str(data, len));
    return;
  }

  uint8_t packetType = data[0];

  static tjc_rx_packet_t packet;
  packet.datalen = len;
  memcpy(packet.data, data, len);
  if (kpt_ack == packetType) {
    if (m_isWaitingForAck) {
      bool suc = ackQueue.send(&packet, 10);
      if (!suc) {
        ZLOGI(TAG, "ackQueue send failed");
      }
      m_isWaitingForAck = false;
    }

  } else {
    bool suc = eventQueue.send(&packet, 10);
    if (!suc) {
      ZLOGI(TAG, "eventQueue send failed");
    }
  }
}

bool UIControler::readTxt(uint8_t pid, uint8_t cId, char* txt, int32_t txtbuflen) {
  zlock_guard lg(m_cmdlock);

  startReceiveAck();
  // sendcmd("com_stop");
  sendcmd("printh AA");
  sendcmd("prints p[%d].b[%d].txt,0", pid, cId);
  sendcmd("printh 00");
  sendcmd("printh FF FF FF");
  sendcmd("com_start");

  bool suc = ackQueue.receive(&ackcache, CMD_OVERTIME);
  if (!suc) {
    ZLOGI(TAG, "readTxt failed");
    return false;
  }
  int32_t cpysize = ackcache.datalen - 3;
  if (cpysize > txtbuflen) {
    cpysize = txtbuflen - 1;
  }

  memcpy(txt, &ackcache.data[1], cpysize);
  return true;
}

bool UIControler::readFiledAsInt(uint8_t pid, uint8_t bid, const char* filedName, int32_t* val) {
  for (int i = 0; i < 5; i++) {
    if (_readFiledAsInt(pid, bid, filedName, val)) {
      return true;
    }
    ZLOGW(TAG, "readFiledAsInt pid:%d bid:%d  %s failed retry %d", pid, bid, filedName, i);
    osDelay(1000);
  }
  ZLOGE(TAG, "readFiledAsInt %s failed", filedName);
  return false;
}
bool UIControler::_readFiledAsInt(uint8_t pid, uint8_t bid, const char* filedName, int32_t* val) {
  zlock_guard lg(m_cmdlock);

  startReceiveAck();
  // sendcmd("com_stop");
  sendcmd("printh AA");
  sendcmd("prints p[%d].b[%d].%s,4", pid, bid, filedName);
  sendcmd("printh FF FF FF");
  // sendcmd("com_start");

  bool suc = ackQueue.receive(&ackcache, CMD_OVERTIME);
  if (!suc) {
    return false;
  }

  uint8_t int32val[4] = {0};
  memcpy(int32val, &ackcache.data[1], 4);
  *val = *(int32_t*)int32val;
  return true;
}

bool UIControler::readInt(uint8_t pid, uint8_t bid, int32_t* val) { return readFiledAsInt(pid, bid, "val", val); }

bool UIControler::echo(uint8_t tx, uint8_t* rx) {
  zlock_guard lg(m_cmdlock);

  startReceiveAck();
  // sendcmd("com_stop");
  sendcmd("printh AA");
  sendcmd("printh %02X", tx);
  sendcmd("printh FF FF FF");
  sendcmd("com_start");

  bool suc = ackQueue.receive(&ackcache, CMD_OVERTIME);
  if (!suc) {
    ZLOGI(TAG, "readTxt failed");
    return false;
  }

  uint8_t int32val = 0;
  memcpy(&int32val, &ackcache.data[1], 1);
  *rx = int32val;

  if (tx != int32val) {
    return false;
  }

  return true;
}

bool UIControler::setTxt(uint8_t pid, uint8_t bid, const char* txt, ...) {
  zlock_guard lg(m_cmdlock);
  va_list     args;
  va_start(args, txt);
  setTxt(pid, bid, txt, args);
  va_end(args);
  return true;
}
bool UIControler::setTxt(uint8_t pid, uint8_t bid, const char* txt, va_list args) {
  zlock_guard lg(m_cmdlock);
  static char buf[256];
  memset(buf, 0, sizeof(buf));

  vsprintf(buf, txt, args);
  sendcmd("p[%d].b[%d].txt=\"%s\"", pid, bid, buf);
  return true;
}

void UIControler::setPicturePicNum(uint8_t pid, uint8_t bid, uint8_t fromBid) {
  zlock_guard lg(m_cmdlock);
  sendcmd("p[%d].b[%d].pic=p[%d].b[%d].pic", pid, bid, pid, fromBid);
}
void UIControler::setButtonPicNum(uint8_t pid, uint8_t bid, uint8_t fromBid) {
  zlock_guard lg(m_cmdlock);
  sendcmd("p[%d].b[%d].pic=p[%d].b[%d].pic", pid, bid, pid, fromBid);
  sendcmd("p[%d].b[%d].pic2=p[%d].b[%d].pic2", pid, bid, pid, fromBid);
}

void UIControler::setPicturePicNumFromGlobal(uint8_t pid, uint8_t bid, uint8_t fromPid, uint8_t fromBid) {
  zlock_guard lg(m_cmdlock);
  sendcmd("p[%d].b[%d].pic=p[%d].b[%d].pic", pid, bid, fromPid, fromBid);
}
void UIControler::setButtonPicNumFromGlobal(uint8_t pid, uint8_t bid, uint8_t fromPid, uint8_t fromBid) {
  zlock_guard lg(m_cmdlock);
  sendcmd("p[%d].b[%d].pic=p[%d].b[%d].pic", pid, bid, fromPid, fromBid);
  sendcmd("p[%d].b[%d].pic2=p[%d].b[%d].pic2", pid, bid, fromPid, fromBid);
}

bool UIControler::setVal(uint8_t pid, uint8_t cid, int32_t val) {
  zlock_guard lg(m_cmdlock);
  sendcmd("p[%d].b[%d].val=%d", pid, cid, val);
  return true;
}
bool UIControler::vis(uint16_t buuid, int32_t val) {
  zlock_guard lg(m_cmdlock);
  sendcmd("vis %d,%d", buuid & 0xff, val);
  return true;
}

void UIControler::setrtc(zdate_t* date) {
  zlock_guard lg(m_cmdlock);
  sendcmd("rtc0=%d", date->year);
  sendcmd("rtc1=%d", date->month);
  sendcmd("rtc2=%d", date->day);
  sendcmd("rtc3=%d", date->hours);
  sendcmd("rtc4=%d", date->minutes);
  sendcmd("rtc5=%d", date->seconds);
}

void UIControler::popWin(UIPopWinType_t type, const char* info, function<void(bool)> onConfirm) {
  zlock_guard lg(m_cmdlock);
  UIPublicState::pushUIPopInfo(type, info, onConfirm);
}

void UIControler::chpage(uint8_t page, bool triggerEvent) {
  zlock_guard lg(m_cmdlock);
  UIStateMgr::ins()->changePage(page);
  if (triggerEvent) {
    AppEventBus::ins()->pushPageChangeEvent(page);
    osDelay(10);
  }

  sendcmd("page %d", page);
}
void UIControler::sendcmd(const char* format, ...) {
  // static char buf[256];
  va_list args;
  va_start(args, format);
  // vsprintf(buf, format, args);
  sendcmd(format, args);
  va_end(args);
}

void UIControler::sendcmd(const char* format, va_list args) {
  static char buf[1024];
  memset(buf, 0, sizeof(buf));

  vsprintf(buf, format, args);
#if MODULE_DEBUG
  ZLOGI(TAG, "tx:%s", buf);
#endif

  uint8_t len = strlen(buf);
  if (len > (1024 - 3)) {
    ZLOGI(TAG, "sendcmd too long");
    return;
  }

  buf[len]     = 0xff;
  buf[len + 1] = 0xff;
  buf[len + 2] = 0xff;

  // vPortEnterCritical();
  // HAL_UART_Transmit_DMA(tjcUart, (uint8_t*)buf, len + 3);
  HAL_UART_Transmit(tjcUart, (uint8_t*)buf, len + 3, 100);
  // vPortExitCritical();
  // while (true) {
  //   osDelay(2);
  //   if (tjcUart->gState == HAL_UART_STATE_BUSY_RX || tjcUart->gState == HAL_UART_STATE_READY) {
  //     return;
  //   }
  // }
}

void UIControler::startReceiveAck() {
  ackQueue.clear();
  m_isWaitingForAck = true;
}

void UIControler::virtualClick(uint8_t pid, uint8_t bid, uint8_t event) {
  zlock_guard lg(m_cmdlock);
  sendcmd("click b[%d],%d", bid, event);
}

void UIControler::setTouchEnableState(uint8_t bid, uint8_t enable) {
  // tsw obj,state
  zlock_guard lg(m_cmdlock);
  sendcmd("tsw b[%d],%d", bid, enable);
}

void UIControler::setEnumComponentState(uint8_t pid, uint8_t bid, int32_t state) {
  // 枚举类型使用动画组件
  sendcmd("p[%d].b[%d].tim=%d", pid, bid, state * 50);
}
void UIControler::setPic(uint8_t pid, uint8_t bid, int32_t picNum) {
  zlock_guard lg(m_cmdlock);
  sendcmd("p[%d].b[%d].pic=%d", pid, bid, picNum);
}

void UIControler::setAph(uint8_t pid, uint8_t bid, int32_t state) {
  zlock_guard lg(m_cmdlock);
  sendcmd("p[%d].b[%d].aph=%d", pid, bid, state);
}

bool UIControler::visEx(uint8_t pid, uint8_t bid, bool val) {
  zlock_guard lg(m_cmdlock);

  component_info_t* component = UIStateMgr::ins()->forceFindComponent(pid, bid);
  if (component == NULL) {
    ZLOGW(TAG, "visEx failed,component alloc failed");
    return false;
  }

  bool suc = true;

  do {
    if (!component->isPosInited) {
      suc = readFiledAsInt(pid, bid, "x", &component->oldPosX);
      if (!suc) {
        for (size_t i = 0; i < 3; i++) {
          ZLOGE(TAG, "fatal error, reboot");
          osDelay(1000);
        }
        NVIC_SystemReset();
      }
      suc = readFiledAsInt(pid, bid, "y", &component->oldPosY);
      if (!suc) {
        for (size_t i = 0; i < 3; i++) {
          ZLOGE(TAG, "fatal error, reboot");
          osDelay(1000);
        }
        NVIC_SystemReset();
      }
    }

    if (val) {
      // 显示
      if (!component->isVis) {
        sendcmd("p[%d].b[%d].x=%d", pid, bid, component->oldPosX);
        sendcmd("p[%d].b[%d].y=%d", pid, bid, component->oldPosY);
        component->isVis = true;
      }

    } else {
      if (component->isVis) {
        component->isPosInited = true;
        component->isVis       = false;
        sendcmd("p[%d].b[%d].x=%d", pid, bid, -2000);
        sendcmd("p[%d].b[%d].y=%d", pid, bid, -2000);
      }
    }
  } while (false);

  return suc;
}

bool UIControler::movePicToXY(uint8_t pid, uint8_t bid, int32_t x, int32_t y) {
  sendcmd("p[%d].b[%d].x=%d", pid, bid, x);
  sendcmd("p[%d].b[%d].y=%d", pid, bid, y);
  return true;
}

bool UIControler::movePicTo(uint8_t pid, uint8_t bid, uint8_t toBid) {
  sendcmd("p[%d].b[%d].x=p[%d].b[%d].x", pid, bid, pid, toBid);
  sendcmd("p[%d].b[%d].y=p[%d].b[%d].y", pid, bid, pid, toBid);
  return true;
}

bool UIControler::movePicOutOfScreen(uint8_t pid, uint8_t bid) {
  sendcmd("p[%d].b[%d].x=%d", pid, bid, -2000);
  sendcmd("p[%d].b[%d].y=%d", pid, bid, -2000);
  return true;
}

/***********************************************************************************************************************
 *                                                        键盘                                                         *
 ***********************************************************************************************************************/

void UIControler::popFullKeyBoard(uint8_t fromPid, uint8_t fromBid, int limitLength, const char* initval) {
  zlock_guard lg(m_cmdlock);

  UIStateMgr::ins()->setKeyboardFrom(fromPid, fromBid);

  sendcmd("p[%d].b[%d].val=%d", pg_keybdAP, ob_keybdAP_loadpageid, fromPid);
  sendcmd("p[%d].b[%d].val=%d", pg_keybdAP, ob_keybdAP_loadcmpid, fromBid);
  sendcmd("p[%d].b[%d].txt=\"%s\"", pg_keybdAP, ob_keybdAP_show, initval);
  sendcmd("p[%d].b[%d].val=%d", pg_keybdAP, ob_keybdAP_inputlenth, limitLength);
  sendcmd("p[%d].b[%d].pw=0", pg_keybdAP, ob_keybdAP_show);
  chpage(pg_keybdAP, false);
}

void UIControler::popPasswdKeyBoard(uint8_t fromPid, uint8_t fromBid, int limitLength) {
  zlock_guard lg(m_cmdlock);
  UIStateMgr::ins()->setKeyboardFrom(fromPid, fromBid);

  sendcmd("p[%d].b[%d].val=%d", pg_keybdB, ob_keybdB_loadpageid, fromPid);
  sendcmd("p[%d].b[%d].val=%d", pg_keybdB, ob_keybdB_loadcmpid, fromBid);
  sendcmd("p[%d].b[%d].txt=\"%s\"", pg_keybdB, ob_keybdB_show, "");
  sendcmd("p[%d].b[%d].pw=1", pg_keybdB, ob_keybdB_show);
  sendcmd("p[%d].b[%d].val=%d", pg_keybdB, ob_keybdB_inputlenth, limitLength);

  visEx(pg_keybdB, ob_keybdB_b11, false);  // '-'
  visEx(pg_keybdB, ob_keybdB_b10, false);  // '.'

  chpage(pg_keybdB, false);
}

void UIControler::popNumKeyBoard(uint8_t fromPid, uint8_t fromBid, int limitLength, const char* initval, ...) {
  zlock_guard lg(m_cmdlock);
  UIStateMgr::ins()->setKeyboardFrom(fromPid, fromBid);

  static char buf[60];
  va_list     args;
  va_start(args, initval);
  vsnprintf(buf, sizeof(buf), initval, args);
  va_end(args);

  sendcmd("p[%d].b[%d].val=%d", pg_keybdB, ob_keybdB_loadpageid, fromPid);
  sendcmd("p[%d].b[%d].val=%d", pg_keybdB, ob_keybdB_loadcmpid, fromBid);
  sendcmd("p[%d].b[%d].txt=\"%s\"", pg_keybdB, ob_keybdB_show, buf);
  sendcmd("p[%d].b[%d].pw=0", pg_keybdB, ob_keybdB_show);
  sendcmd("p[%d].b[%d].val=%d", pg_keybdB, ob_keybdB_inputlenth, limitLength);

  visEx(pg_keybdB, ob_keybdB_b11, true);  // '-'
  visEx(pg_keybdB, ob_keybdB_b10, true);  // '.'

  chpage(pg_keybdB, false);
}

void UIControler::popKeyBMutSel(uint8_t fromPid, uint8_t fromBid, int selectvalindex, const char** selectvals) {
  zlock_guard lg(m_cmdlock);

  static char contentbus[512];
  memset(contentbus, 0, sizeof(contentbus));
  for (int i = 0;; i++) {
    // \r\n 拼接字符串数组
    if (selectvals[i] == nullptr) break;
    if (i == 0) {
      sprintf(contentbus, "%s", selectvals[i]);
      continue;
    }
    sprintf(contentbus, "%s\r\n%s", contentbus, selectvals[i]);
  }
  popKeyBMutSel(fromPid, fromBid, selectvalindex, contentbus);
}

void UIControler::popKeyBMutSel(uint8_t fromPid, uint8_t fromBid, int selectvalindex, const char* selectvals) {
  zlock_guard lg(m_cmdlock);
  UIStateMgr::ins()->setKeyboardFrom(fromPid, fromBid);

  sendcmd("p[%d].b[%d].val=%d", pg_keybMutSel, ob_keybMutSel_loadpageid, fromPid);
  sendcmd("p[%d].b[%d].val=%d", pg_keybMutSel, ob_keybMutSel_loadcmpid, fromBid);
  sendcmd("p[%d].b[%d].val=%d", pg_keybMutSel, ob_keybMutSel_ctent, selectvalindex);

  chpage(pg_keybMutSel, false);  // 先切换页面，再设置选项

  sendcmd("p[%d].b[%d].path=\"%s\"", pg_keybMutSel, ob_keybMutSel_ctent, selectvals);
}

void UIControler::popKeyBMutSelFix(uint8_t fromPid, uint8_t fromBid, int selectvalindex, const char* keyboardName, const char** selectvals) {
  int     selectValsNum = 0;
  uint8_t pgNum         = pg_keybMutSelFix;
  UIStateMgr::ins()->setKeyboardFrom(fromPid, fromBid);

  static uint8_t selbid_table[] = {
      ob_keybMutSelFix_b0,   //
      ob_keybMutSelFix_b1,   //
      ob_keybMutSelFix_b2,   //
      ob_keybMutSelFix_b3,   //
      ob_keybMutSelFix_b4,   //
      ob_keybMutSelFix_b5,   //
      ob_keybMutSelFix_b6,   //
      ob_keybMutSelFix_b7,   //
      ob_keybMutSelFix_b8,   //
      ob_keybMutSelFix_b9,   //
      ob_keybMutSelFix_b10,  //
      ob_keybMutSelFix_b11,  //
      ob_keybMutSelFix_b12,  //
      ob_keybMutSelFix_b13,  //
      ob_keybMutSelFix_b14,  //
  };

  static uint8_t selmaskbid_table[] = {
      ob_keybMutSelFix_t0,   //
      ob_keybMutSelFix_t1,   //
      ob_keybMutSelFix_t2,   //
      ob_keybMutSelFix_t3,   //
      ob_keybMutSelFix_t4,   //
      ob_keybMutSelFix_t5,   //
      ob_keybMutSelFix_t6,   //
      ob_keybMutSelFix_t7,   //
      ob_keybMutSelFix_t8,   //
      ob_keybMutSelFix_t9,   //
      ob_keybMutSelFix_t10,  //
      ob_keybMutSelFix_t11,  //
      ob_keybMutSelFix_t12,  //
      ob_keybMutSelFix_t13,  //
      ob_keybMutSelFix_t14,  //
  };

  for (int i = 0;; i++) {
    if (selectvals[i] == nullptr) break;
    selectValsNum++;
  }

  if (selectValsNum > sizeof(selbid_table) / sizeof(selbid_table[0])) {
    ZLOGE(TAG, "selectvals num is too large");
    return;
  }

  if (selectvalindex >= selectValsNum) {
    ZLOGE(TAG, "selectvalindex is too large");
    return;
  }

  zlock_guard lg(m_cmdlock);

  sendcmd("p[%d].b[%d].val=%d", pgNum, ob_keybMutSelFix_loadpageid, fromPid);
  sendcmd("p[%d].b[%d].val=%d", pgNum, ob_keybMutSelFix_loadcmpid, fromBid);

  sendcmd("p[%d].b[%d].val=%d", pgNum, ob_keybMutSelFix_val, selectvalindex);
  sendcmd("p[%d].b[%d].txt=%d", pgNum, ob_keybMutSelFix_txt, selectvals[selectvalindex]);

  sendcmd("p[%d].b[%d].txt=\"%s\"", pgNum, ob_keybMutSelFix_keybtil, keyboardName);

  chpage(pgNum, false);  // 先切换页面，再设置选项
  // 设置选项
  for (int i = 0; i < selectValsNum; i++) {
    // visEx(pgNum, selbid_table[i], true);
    sendcmd("p[%d].b[%d].txt=\"%s\"", pgNum, selbid_table[i], selectvals[i]);
  }
  // 清空多余的选项
  for (int i = selectValsNum; i < sizeof(selbid_table) / sizeof(selbid_table[0]); i++) {
    sendcmd("p[%d].b[%d].txt=\"\"", pgNum, selbid_table[i], selectvals[i]);
  }

  for (int i = 0; i < selectValsNum; i++) {
    movePicToXY(pgNum, selmaskbid_table[i], -100, -100);
  }
  for (int i = selectValsNum; i < sizeof(selbid_table) / sizeof(selbid_table[0]); i++) {
    movePicTo(pgNum, selmaskbid_table[i], selbid_table[i]);
  }
}