public void ControlarRadioWiFi(bool ligar)
{
try
{
WLAN myCommandModeWlan = null;
myCommandModeWlan = new WLAN(FusionAccessType.COMMAND_MODE);
if (myCommandModeWlan != null)
{
if (ligar)
{
myCommandModeWlan.Adapters[0].PowerState = Adapter.PowerStates.ON;
Profile myProfile = getProfileByName("VITAL", myCommandModeWlan);
//Profile myProfile = getProfileByName("teste", myCommandModeWlan);
if (myProfile != null)
{
Symbol.Fusion.FusionResults result = myProfile.Connect(true);
}
}
else
{
myCommandModeWlan.Adapters[0].PowerState = Adapter.PowerStates.OFF;
}
}
myCommandModeWlan.Dispose();
myCommandModeWlan = null;
}
catch
{
}
}
/// <summary>
/// Initiates the Symbol scanner.
/// </summary>
/// <returns>Whether initialization was successful</returns>
public override bool Initialize()
{
// If scanner is already present then fail initialize
if (symbolReader != null)
{
return(false);
}
// Create new scanner, first available scanner will be used.
symbolReader = new Reader();
// Create scanner data
symbolReaderData = new ReaderData(ReaderDataTypes.Text,ReaderDataLengths.DefaultText);
// Create event handler delegate
symbolReader.ReadNotify += new EventHandler(symbolReader_ReadNotify);
// Enable scanner, with wait cursor
symbolReader.Actions.Enable();
symbolReader.Actions.GetParameters();
// Setup scanner
symbolReader.Parameters.Feedback.Success.BeepTime = 0;
symbolReader.Parameters.Feedback.Success.WaveFile = "\\windows\\alarm3.wav";
// Для чтения кодов плохого качества
symbolReader.Decoders.CODE128.Enabled = true;
symbolReader.Decoders.CODE128.EAN128 = true;
symbolReader.Decoders.CODE128.SecurityLevel = CODE128.SECURITYLEVEL.LEVEL_3;
symbolReader.Decoders.CODE128.Redundancy = false;
symbolReader.Decoders.CODE128.Other128 = true;
symbolReader.Decoders.CODE128.MaximumLength = 55;
symbolReader.Decoders.I2OF5.Enabled = true;
symbolReader.Decoders.I2OF5.MaximumLength = 30;
symbolReader.Decoders.RSS14.Enabled =
symbolReader.Decoders.RSSEXP.Enabled =
symbolReader.Decoders.RSSLIM.Enabled = true;
symbolReader.Decoders.RSSEXP.MaximumLength = 76;
symbolReader.Actions.SetParameters();
// Настройка WiFi отображения
try
{
xWLan = new WLAN(FusionAccessType.STATISTICS_MODE);
base.WiFi = new SymWiFi(xWLan);
}
catch (Exception e)
{
//xRadio = new Radio();
//base.WiFi = new SymWiFi(xRadio);
}
return(true);
}
private void checkWifiAdapter()
{
try
{
myConfig = new Config(FusionAccessType.COMMAND_MODE);
myWlan = new WLAN(FusionAccessType.COMMAND_MODE);
}
catch (OperationFailureException ex)
{
MessageBox.Show("Ошибка при настройке WiFi", "Ошибка");
}
try
{
if (myWlan != null)
{
myWlan.Adapters[0].PowerState = Adapter.PowerStates.ON;
myWlan.Adapters[0].CountryCode = "RU";
myWlan.Adapters[0].IEEE80211dEnabled = false;
}
}
catch (OperationFailureException ex)
{
MessageBox.Show("Ошибка при настройке WiFi", "Ошибка");
}
myConfig.Dispose();
myWlan.Dispose();
}
private Profile getProfileByName(string profileName, WLAN myNewWlan)
{
Symbol.Fusion.WLAN.Profiles myProfiles = myNewWlan.Profiles;
for (int profileIndex = 0; profileIndex < myProfiles.Length; profileIndex++)
{
Profile myProfile = myProfiles[profileIndex];
if (profileName == myProfile.Name)
{
return(myProfile);
}
}
return(null);
}
//private void SigQChanged(object sender, EventArgs e)
//{
// WLANStatus xStatus = ((Radio)(this.xWiFiCard)).GetNextStatus();
// if ((xStatus != null) && (xStatus.Change == ChangeType.SIGNAL))
// base.SignalPercent = ((Radio)(this.xWiFiCard)).Signal.Percent;
// WiFiStat.GetIP();
// WiFiStat.sESSID = ((Radio)(xWiFiCard)).ESSID.Text;
// base.STB.Invalidate();
//}
// nReg = 0 - Disable WiFi
// nReg = 1 - Enable WiFi
// nReg = 2 - Reset WiFi
public override bool ResetWiFi(int nReg)
{
bool
ShowState,
ret = false;
WLAN
xWLAN_IN_COM = null;
if (bUseFusion)
{
if (nReg == 2)
{
ShowState = IsShownState;
ShowWiFi(null,false);
try
{
xWLAN_IN_COM = new WLAN(FusionAccessType.COMMAND_MODE);
if (xWLAN_IN_COM != null)
{
xWLAN_IN_COM.Adapters[0].PowerState = Adapter.PowerStates.OFF;
Thread.Sleep(2000);
xWLAN_IN_COM.Adapters[0].PowerState = Adapter.PowerStates.ON;
Thread.Sleep(7000);
ret = true;
}
}
catch
{
}
finally
{
if (xWLAN_IN_COM != null)
{
xWLAN_IN_COM.Dispose();
xWLAN_IN_COM = null;
}
ShowWiFi(null,ShowState);
}
//FusionResults fr = xWiFiCard.RenewDHCP();
//ret = (fr == FusionResults.SUCCESS) ? true : false;
}
}
return(ret);
}
public SymWiFi(WLAN x) : base()
{
cSym = new CustPB(this, "cSym");
base.pgbWiFiIndicator = cSym;
base.ConfigTextBox(31, 24, 164, 16);
//base.STB.BringToFront();
//base.STB.Refresh();
//bUseFusion = true;
//xWiFiCard = x.Adapters[0];
try
{
xWiFiCard = x.Adapters[0];
x.EventResolution = 2000;
SetMAC(xWiFiCard.MacAddressRaw);
}
catch
{
sMACAddr = "000000000000";
}
}
public bool VerificarRadioWiFi()
{
try
{
WLAN myCommandModeWlan = null;
myCommandModeWlan = new WLAN(FusionAccessType.COMMAND_MODE);
bool status = false;
if (myCommandModeWlan != null)
{
status = myCommandModeWlan.Adapters[0].PowerState == Adapter.PowerStates.ON;
}
myCommandModeWlan.Dispose();
myCommandModeWlan = null;
return(status);
}
catch
{
return(false);
}
}