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//
// Copyright (C) Microsoft Corporation 2005
// IHV UI Extension sample
//
#ifndef _IHVSAMPLEEXTUI_H_
#define _IHVSAMPLEEXTUI_H_
#include "precomp.h"
// object ref count
extern long g_objRefCount;
//lock count on server
extern long g_serverLock;
#define IHV_KEY_LENGTH 64
#define MAX_IHV_CIPHERS 6
#define MAX_IHV_AUTHS 6
// IHV Auth types
typedef enum _IHV_AUTH_TYPE {
IHVAuthV1,
IHVAuthV2,
IHVAuthV3,
IHVAuthInvalid
} IHV_AUTH_TYPE, *PIHV_AUTH_TYPE;
// IHV cipher types
typedef enum _IHV_CIPHER_TYPE {
None,
IHVCipher1,
IHVCipher2,
IHVCipher3,
IHVCipherInvalid
} IHV_CIPHER_TYPE, *PIHV_CIPHER_TYPE;
// structure holding valid ciphers for a given auth
typedef struct _IHV_AUTH_CIPHERS {
IHV_AUTH_TYPE IHVAuth;
DWORD dwCipherCount;
IHV_CIPHER_TYPE IHVCiphers[MAX_IHV_CIPHERS];
} IHV_AUTH_CIPHERS, *PIHV_AUTH_CIPHERS;
// structure for all auths and corresponding ciphers
typedef struct _IHV_AUTH_CIPHER_CAPABILITY {
DWORD dwAuthCount;
IHV_AUTH_CIPHERS IhvAuthCiphers[MAX_IHV_AUTHS];
} IHV_AUTH_CIPHER_CAPABILITY, *PIHV_AUTH_CIPHER_CAPABILITY;
typedef struct _IHV_SECURITY_CONFIG {
IHV_AUTH_TYPE Auth;
IHV_CIPHER_TYPE Cipher;
} IHV_SECURITY_CONFIG, *PIHV_SECURITY_CONFIG;
extern IHV_AUTH_CIPHER_CAPABILITY g_IHVOneXExtCapability;
extern LPWSTR g_IHVAuthFriendlyName[];
extern LPWSTR g_IHVCipherFriendlyName[];
#define PROP_COUNT_CONNECTION 1
#define PROP_COUNT_SECURITY 2
#define PROP_COUNT_SEC_CIPHERS 2
typedef enum _IHV_SECURITY_TYPE {
IHVSecurityV1,
IHVSecurityV2,
IHVSecurityInvalid
} IHV_SECURITY_TYPE, *PIHV_SECURITY_TYPE;
static LPWSTR wstrSecurityTypes[] = { L"IHV Security v1", L"IHV Security v2" };
#define PROP_COUNT_KEYEXTENSION 3
static LPWSTR wstrAuthArray[] = { L"IHVAuth Open-with-1X", L"IHVAuth v1", L"IHVAuth v2" };
#define IHV_CIPHER_COUNT 3
static LPWSTR wstrCipherArray[] = { L"None", L"IHVCipher v1", L"IHVCipher v2" };
static LPWSTR wstr1XCipherArray[] = { L"IHVCipher WEP"};
static BSTR bstrCipherArray[IHV_CIPHER_COUNT] = {0};
typedef struct _IHV_CIPHERS_FOR_AUTH_INFO
{
DOT11_EXT_UI_PROPERTY_DISPLAY_INFO displayInfo[IHV_CIPHER_COUNT];
} IHV_CIPHERS_FOR_AUTH_INFO;
static DOT11_EXT_UI_PROPERTY_DISPLAY_INFO cipherOne = {1, DOT11_EXT_UI_DISPLAY_INFO_CIPHER, 0};
static DOT11_EXT_UI_PROPERTY_DISPLAY_INFO cipherTwo = {2, DOT11_EXT_UI_DISPLAY_INFO_CIPHER, 0};
static DOT11_EXT_UI_PROPERTY_DISPLAY_INFO cipherThree = {3, DOT11_EXT_UI_DISPLAY_INFO_CIPHER, 0};
static DOT11_EXT_UI_PROPERTY_DISPLAY_INFO ciphersInfoArray[MAX_IHV_AUTHS][MAX_IHV_CIPHERS] = {0};
//////// structures for balloon /////////
struct IHV_UI_REQUEST
{
char title[80];
char help[80];
IHV_UI_REQUEST()
{
memset(this, 0, sizeof(IHV_UI_REQUEST));
}
};
struct IHV_UI_RESPONSE
{
char key[100];
int num[150];
IHV_UI_RESPONSE()
{
memset(this, 0, sizeof(IHV_UI_RESPONSE));
}
};
class CDot11SampleExtUI: public IDot11SampleExtUI, public IWizardExtension, public IObjectWithSite
{
public:
CDot11SampleExtUI();
~CDot11SampleExtUI();
// IUnknown Implementation
BEGIN_INTERFACE_TABLE()
IMPLEMENTS_INTERFACE(IDot11ExtUI)
IMPLEMENTS_INTERFACE(IDot11SampleExtUI)
IMPLEMENTS_INTERFACE(IWizardExtension)
IMPLEMENTS_INTERFACE(IObjectWithSite)
END_INTERFACE_TABLE();
// Used to get the IHV friendly name
STDMETHODIMP
GetDot11ExtUIFriendlyName(BSTR* bstrFriendlyName);
// Used to display an IHV specific connection page
STDMETHODIMP
GetDot11ExtUIProperties(
DOT11_EXT_UI_PROPERTY_TYPE ExtType,
ULONG *pcExtensions,
IDot11ExtUIProperty **ppDot11ExtUIProperty
);
STDMETHODIMP
GetDot11ExtUIBalloonText(
BSTR pIHVUIRequest, // the UI request structure from IHV
BSTR* pwszBalloonText // the balloon text to be displayed
);
HRESULT
CreateConnectionProperties(
ULONG *pcExtensions,
IDot11ExtUIProperty **ppDot11ExtUIProperty
);
HRESULT
CreateSecurityProperties(
ULONG *pcExtensions,
IDot11ExtUIProperty **ppDot11ExtUIProperty
);
HRESULT
CreateKeyProperties(
ULONG *pcExtensions,
IDot11ExtUIProperty **ppDot11ExtUIProperty
);
// IObjectWithSite
STDMETHOD (SetSite) (
IUnknown* pUnkSite
);
STDMETHOD (GetSite) (
REFIID riid,
void** ppvSite
);
//IWizardExtension
STDMETHOD (AddPages) (
HPROPSHEETPAGE* aPages,
UINT cPages,
UINT *pnPagesAdded
);
STDMETHOD (GetFirstPage) (
HPROPSHEETPAGE *phpage
);
STDMETHOD (GetLastPage) (
HPROPSHEETPAGE *phpage
);
private:
HRESULT FinalConstruct();
void FinalRelease();
static BOOL CALLBACK GetKeyDlgProc (
HWND hwndDlg,
UINT uMsg,
WPARAM wParam,
LPARAM lParam
);
static BOOL CALLBACK HelpDlgProc (
HWND hwndDlg,
UINT uMsg,
WPARAM wParam,
LPARAM lParam
);
static BOOL CALLBACK LastPageDlgProc (
HWND hwndDlg,
UINT uMsg,
WPARAM wParam,
LPARAM lParam
);
HRESULT GetClsidPropertyName (
_In_ const CLSID* pCLSID,
_In_opt_ PCWSTR pwszPropertyName,
_Out_writes_(maxResultLen) PWSTR pResultStr,
_In_ UINT maxResultLen);
private:
IHV_UI_REQUEST* m_pUIRequest;
IHV_UI_RESPONSE m_UIResponse;
IUnknown* m_pUnkSite;
HPROPSHEETPAGE m_hFirstPagePsp;
HPROPSHEETPAGE m_hLastPagePsp;
};
#endif _IHVSAMPLEEXTUI_H_
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