How to control WiFi on the CN50 SmartSystems Settings Using the SmartSystems API (Device Management Resource Kit, SSAPI) you can control WiFi settings. <?xml version="1.0" encoding="UTF-8"?> <DevInfo Action="Set" Persist="true" SeqNo="135"> <Subsystem Name="Communications"> <Field Name="AdapterType" Path="\Communications\AdapterType">2</Field> <Field Name="Disabled By Remote Policy" Path="\Device Settings\Features Disabled by Policy\Wifi Disabled">0</Field> <Group Name="802.11 Radio"> <Field Name="Funk Installed">0</Field> <Field Name="ChangeSettingsAllowed">1</Field> <Field Name="RadioBandsEnabled">3</Field> <Field Name="Radio Bands">3</Field> <Field Name="Radio Enabled">1</Field> <Group Name="Microsoft Security"> <Field Name="Network name (SSID)">SOFTWARE</Field> <Field Name="Infrastructure Mode">1</Field> <Field Name="Network Authentication">1</Field> <Field Name="Data Encryption">1</Field> <Field Name="802.1X Authentication">0</Field> <Field Name="Network Key Setting">0</Field> <Field Name="Network Key Index">0</Field> <Field Name="Radio Power Management">Disabled(CAM)</Field> <Field Name="RTS Threshold (octets)">0</Field> <Field Name="Hidden Network">0</Field> </Group> </Group> <Group Name="IP Settings"> <Field Name="DHCP" Path="\Communications\802.11 Radio\IP Settings\DHCP">1</Field> <Field Name="DHCP Client Identifier" Path="\Communications\802.11 Radio\IP Settings\DHCP Client Identifier"/> <Field Name="IP Address" Path="\Communications\802.11 Radio\IP Settings\IP Address" DeviceUnique="true">192.168.0.183</Field> <Field Name="Subnet Mask" Path="\Communications\802.11 Radio\IP Settings\Subnet Mask" DeviceUnique="true">255.255.255.0</Field> <Field Name="Default Router" Path="\Communications\802.11 Radio\IP Settings\ Default Router" DeviceUnique="true">192.168.0.1</Field> </Group> <Group Name="Name Servers"> <Field Name="Primary DNS" Path="\Communications\802.11 Radio\IP Settings\Primary DNS" DeviceUnique="true">192.168.0.1</Field> <Field Name="Secondary DNS" Path="\Communications\802.11 Radio\IP Settings\Secondary DNS" DeviceUnique="true"/> <Field Name="Primary WINS" Path="\Communications\802.11 Radio\IP Settings\Primary WINS" DeviceUnique="true">10.202.48.2</Field> <Field Name="Secondary WINS" Path="\Communications\802.11 Radio\IP Settings\ Secondary WINS" DeviceUnique="true">10.10.1.157</Field> </Group> </Subsystem> </DevInfo> Disable notifications about new networks found [HKEY_CURRENT_USER\ControlPanel\Notifications\{DDBD3B44-80B0-4b24-9DC4839FEA6E559E}] "Default"="Wireless network detected" "Options"=dword:00000000 Switch on/off WiFi (and other wireless) Using ossvcs.dll in C++ WRLSPWR.h //WRLSPWR.H #pragma once // Types of radio device typedef enum _RADIODEVTYPE { RADIODEVICES_MANAGED = 1, RADIODEVICES_PHONE, RADIODEVICES_BLUETOOTH, } RADIODEVTYPE; // whether to save before or after changing state typedef enum _SAVEACTION { RADIODEVICES_DONT_SAVE = 0, RADIODEVICES_PRE_SAVE, RADIODEVICES_POST_SAVE, } SAVEACTION; // Details of radio devices struct RDD { RDD() : pszDeviceName(NULL), pNext(NULL), pszDisplayName(NULL) {} ~RDD() { LocalFree(pszDeviceName); LocalFree(pszDisplayName); } LPTSTR pszDeviceName; // Device name for registry setting. LPTSTR pszDisplayName; // Name to show the world DWORD dwState; // ON/off/[Discoverable for BT] DWORD dwDesired; // desired state - used for setting registry etc. RADIODEVTYPE DeviceType; // Managed, phone, BT etc. RDD * pNext; // Next device in list }; //radio device details wirelessdevices.h //wirelessdevices.h #pragma once #include "wrlspwr.h" #include "Wininet.h" #include <service.h> #pragma comment(lib, "Wininet.lib") // WLAN Switch #define _WLAN_SWITCH_OFF 0 #define _WLAN_SWITCH_ON 1 // Phone Switch #define _PHONE_SWITCH_OFF 0 #define _PHONE_SWITCH_ON 1 // BT Switch #define _BT_SWITCH_OFF 0 #define _BT_SWITCH_ON 1 // #define GetWirelessDevice_ORDINAL 276 #define ChangeRadioState_ORDINAL 273 #define FreeDeviceList_ORDINAL 280 //imports from ossvcs.dll typedef LRESULT (CALLBACK* _GetWirelessDevices)(RDD **pDevices, DWORD dwFlags); typedef LRESULT (CALLBACK* _ChangeRadioState)(RDD* pDev, DWORD dwState, SAVEACTION sa); typedef LRESULT (CALLBACK* _FreeDeviceList)(RDD *pRoot); //Header of further functions DWORD GetWDevState(DWORD* bWifi, DWORD* bPhone, DWORD* bBT); DWORD SetWDevState(DWORD dwDevice, DWORD dwState); BOOL DeinitDLL(); BOOL InitDLL(); // wirelessdevice.cpp //wirelessdevice.cpp #include "stdafx.h" #include "WirelessDevices.h" _GetWirelessDevices pGetWirelessDevices = NULL; _ChangeRadioState pChangeRadioState = NULL; _FreeDeviceList pFreeDeviceList = NULL; HINSTANCE g_DllWrlspwr; BOOL InitDLL() { g_DllWrlspwr = LoadLibrary(TEXT("ossvcs.dll")); if (g_DllWrlspwr == NULL) return FALSE; pGetWirelessDevices = (_GetWirelessDevices)GetProcAddress(g_DllWrlspwr,MAKEINTRESOURCE(GetWirelessDevice _ORDINAL)); if (pGetWirelessDevices == NULL) return FALSE; pChangeRadioState = (_ChangeRadioState)GetProcAddress(g_DllWrlspwr,MAKEINTRESOURCE(ChangeRadioState_OR DINAL)); if (pChangeRadioState == NULL) return FALSE; pFreeDeviceList = (_FreeDeviceList)GetProcAddress(g_DllWrlspwr,MAKEINTRESOURCE(FreeDeviceList_ORDINA L)); if (pFreeDeviceList == NULL) return FALSE; return TRUE; } BOOL DeinitDLL() { return FreeLibrary(g_DllWrlspwr); } //set the status of the desired wireless device DWORD SetWDevState(DWORD dwDevice, DWORD dwState) { RDD * pDevice = NULL; RDD * pTD; HRESULT hr; DWORD retval = 0; // InitDLL(); hr = pGetWirelessDevices(&pDevice, 0); if(hr != S_OK) return -1; if (pDevice) { pTD = pDevice; // loop through the linked list of devices while (pTD) { if (pTD->DeviceType == dwDevice) { hr = pChangeRadioState(pTD, dwState, RADIODEVICES_PRE_SAVE); retval = 0; } pTD = pTD->pNext; } // Free the list of devices retrieved with // GetWirelessDevices() pFreeDeviceList(pDevice); } if(hr == S_OK)return retval; return -2; } //*********pls see this is getWdevstate*********** //get status of all wireless devices at once DWORD GetWDevState(DWORD* bWifi, DWORD* bPhone, DWORD* bBT) { RDD * pDevice = NULL; RDD * pTD; HRESULT hr; DWORD retval = 0; hr = pGetWirelessDevices(&pDevice, 0); if(hr != S_OK) return -1; if (pDevice) { pTD = pDevice; // loop through the linked list of devices while (pTD) { switch (pTD->DeviceType) { case RADIODEVICES_MANAGED: *bWifi = pTD->dwState; break; case RADIODEVICES_PHONE: *bPhone = pTD->dwState; break; case RADIODEVICES_BLUETOOTH: *bBT = pTD->dwState; break; default: break; } pTD = pTD->pNext; } // Free the list of devices retrieved with // GetWirelessDevices() pFreeDeviceList(pDevice); } if(hr == S_OK) return retval; return -2; } /* //on initdialog add following code InitDLL(); DWORD dwWifi; UpdateData(TRUE); GetWDevState(&dwWifi); if(dwWifi == 1) str=TEXT("ON"); //str is textbox varriable else str=TEXT("OFF"); UpdateData(FALSE); //on clicking ON button following code will be executed SetWDevState( RADIODEVICES_MANAGED, 1); DWORD dwWifi; GetWDevState(&dwWifi); UpdateData(TRUE); if(dwWifi == 1) str=TEXT("ON"); else str=TEXT("OFF"); UpdateData(FALSE); //and on off button SetWDevState( RADIODEVICES_MANAGED, 0); DWORD dwWifi; UpdateData(TRUE); GetWDevState(&dwWifi); if(dwWifi == 1) str=TEXT("ON"); else str=TEXT("OFF"); UpdateData(FALSE); */ C# class code: See RadioManager at http://forum.xda-developers.com/showthread.php?t=413159