@Override
protected void onDestroy() {
mHandler.removeMessages(HANDLER_EVENT_RX);
if (EMWifi.sIsInitialed) {
EMWifi.setATParam(1, 0);
}
super.onDestroy();
}
/** Invoked when "Stop" button clicked */
private void onClickBtnRxStop() {
// long i4RxCntOk = -1;
// long i4RxCntFcsErr = -1;
// long i4RxPer = -1;
// long[] i4Rx = new long[2];
long[] u4Value = new long[1];
mHandler.removeMessages(HANDLER_EVENT_RX);
for (int i = 0; i < WAIT_COUNT; i++) {
u4Value[0] = EMWifi.setATParam(ATPARAM_INDEX_COMMAND, 0);
if (u4Value[0] == 0) {
break;
} else {
SystemClock.sleep(WAIT_COUNT);
Xlog.w(TAG, "stop Rx test failed at the " + i + "times try");
}
}
setViewEnabled(true);
}
/** Invoked when "Go" button clicked */
private void onClickBtnRxGo() {
int i = -1;
int len = 2;
setViewEnabled(false);
EMWifi.getPacketRxStatus(mInitData, 2);
Xlog.d(TAG, "before rx test: rx ok = " + String.valueOf(mInitData[0]));
Xlog.d(TAG, "before rx test: fcs error = " + String.valueOf(mInitData[1]));
// if (mALCCheck.isChecked() == false) {
i = 0;
// } else {
// i = 1;
// }
// temperature conpensation
EMWifi.setATParam(ATPARAM_INDEX_TEMP_COMPENSATION, i);
// Bandwidth setting
if (BW_INDX_ADVANCED == mBandwidthIndex) {
Xlog.d(
TAG,
"mChannelBandwidth:"
+ mChannelBandwidth
+ " mDataBandwidth:"
+ mDataBandwidth
+ " mPrimarySetting:"
+ mPrimarySetting);
EMWifi.setATParam(ATPARAM_INDEX_CHANNEL_BANDWIDTH, mChannelBandwidth);
EMWifi.setATParam(ATPARAM_INDEX_DATA_BANDWIDTH, mDataBandwidth);
EMWifi.setATParam(ATPARAM_INDEX_PRIMARY_SETTING, mPrimarySetting);
} else {
EMWifi.setATParam(ATPARAM_INDEX_BANDWIDTH, mBandwidthIndex);
}
// start Rx
EMWifi.setATParam(ATPARAM_INDEX_COMMAND, 2);
mHandler.sendEmptyMessage(HANDLER_EVENT_RX);
mTvFcs.setText(TEXT_ZERO);
mTvRx.setText(TEXT_ZERO);
mTvPer.setText(TEXT_ZERO);
}