Leaked source code of windows server 2003
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//----------------------------------------------------------------------------
//
// File: wizard.h
//
// Contents: defines the wizard specific private types and values
//
//----------------------------------------------------------------------------
#pragma once
#include "nsbase.h"
#include "netconp.h"
#include "resource.h"
#include <syssetup.h>
#include <windns.h>
HRESULT HrShouldHaveHomeNetWizard();
class CWizard;
typedef VOID (CALLBACK FAR * PFNPAGECLEANPROC)(CWizard *, LPARAM);
typedef list<GUID *> GUID_LIST;
// struct ProviderList
//
// Purpose: Contains the GUID for the provider instance and the id's of the
// display strings to use.
//
typedef struct _tagProviderList
{
const GUID * pguidProvider;
UINT nBtnIdc;
} ProviderList;
extern BOOL bCallRasDlgEntry;
//
// Class: CWizardUiContext
//
// Purpose: To provide a means by which the wizard providers can find out
// about the context in which they will run
//
class CWizardUiContext : public INetConnectionWizardUiContext
{
public:
CWizardUiContext(PINTERNAL_SETUP_DATA pData)
{
m_pData = pData;
m_dwSetupMode = pData->SetupMode;
m_cRef = 1;
m_pINetCfg = NULL;
m_dwUnattendedMode = 0;
}
~CWizardUiContext() {ReleaseObj(m_pINetCfg);}
// *** IUnknown methods ***
STDMETHOD(QueryInterface)(REFIID riid, LPVOID FAR * ppvObj);
STDMETHOD_(ULONG,AddRef)();
STDMETHOD_(ULONG,Release)();
// *** INetConnectionWizardUiContext methods ***
STDMETHODIMP_(DWORD)GetSetupMode() {return m_dwSetupMode;}
STDMETHODIMP_(DWORD)GetProductType() {return m_pData->ProductType;}
STDMETHODIMP_(DWORD)GetOperationFlags() {return m_pData->OperationFlags;}
STDMETHODIMP_(DWORD)GetUnattendedModeFlags() {return m_dwUnattendedMode;}
STDMETHODIMP GetINetCfg(INetCfg ** ppINetCfg);
VOID ChangeSetupMode(DWORD dw) {m_dwSetupMode = dw;}
VOID SetUnattendedMode(DWORD dw) {m_dwUnattendedMode = dw;}
VOID SetINetCfg(INetCfg * pINetCfg)
{
m_pINetCfg = pINetCfg;
AddRefObj(m_pINetCfg);
}
private:
PINTERNAL_SETUP_DATA m_pData;
DWORD m_dwSetupMode;
DWORD m_dwUnattendedMode;
ULONG m_cRef;
INetCfg * m_pINetCfg;
};
//
// Class: CWizProvider
//
// Purpose: Manage the wizard pages provided by a single connection provider.
//
class CWizProvider
{
public:
NOTHROW static HRESULT HrCreate(ProviderList *, CWizProvider **, BOOL fDeferred);
~CWizProvider();
ULONG ULPageCount() {return m_ulPageCnt;}
HPROPSHEETPAGE* PHPropPages() {return m_rghPages;}
NOTHROW HRESULT HrAddPages(INetConnectionWizardUiContext *);
NOTHROW ULONG UlGetMaxPageCount(INetConnectionWizardUiContext *);
VOID DeleteHPages();
VOID XFerDeleteResponsibilities() {m_fDeletePages = FALSE;}
INetConnectionWizardUi* PWizardUi() {return m_pWizardUi;}
UINT GetBtnIdc() {return m_nBtnIdc;}
HRESULT HrSpecifyAdapterGuid(GUID *);
HRESULT HrGetLanInterface(INetLanConnectionWizardUi ** ppIntr);
HRESULT HrCompleteDeferredLoad();
private:
CWizProvider(ProviderList *, BOOL);
static BOOL FAddPropSheet(HPROPSHEETPAGE, LPARAM);
private:
ULONG m_ulPageCnt;
ULONG m_ulPageBufferLen;
ULONG m_ulMaxPageCount;
HPROPSHEETPAGE* m_rghPages;
BOOL m_fDeletePages;
BOOL m_fDeferLoad;
INetConnectionWizardUi* m_pWizardUi;
GUID m_guidUiObject;
UINT m_nBtnIdc;
};
// The wizard processes adapters, the list of adapters to process is
// maintained by the wizard. The adapter list will contain adapters
// which have been processed as well as adapters to be processed.
// the AdapterEntry structure refers to a single adapter
//
typedef struct _tagAdapterEntry
{
GUID guidAdapter;
BOOL fProcessed; // TRUE if a connection has been generated
// for this adapter
BOOL fNew; // TRUE if the adapter is being configured
// for the first time.
BOOL fVirtual;
BOOL fHide; // True if the adapter should not
// be displayed to the user
} AdapterEntry;
class CAdapterList
{
public:
CAdapterList();
~CAdapterList() {EmptyList();}
VOID EmptyList();
VOID HideAllAdapters();
VOID UnhideNewAdapters();
BOOL FAdaptersInstalled() {return m_fAdaptersInstalled;}
HRESULT HrAppendEntries(AdapterEntry * pae, ULONG cae);
HRESULT HrCreateTypicalConnections(CWizard * pWizard);
HRESULT HrQueryUnboundAdapters(CWizard * pWizard);
static HRESULT HrQueryLanAdapters(INetCfg * pnc, CAdapterList * pAL, CWizard *pWizard);
AdapterEntry * PAE_Next();
AdapterEntry * PAE_Prev();
AdapterEntry * PAE_Current();
GUID * NextAdapter();
GUID * PrevAdapter();
GUID * CurrentAdapter();
private:
AdapterEntry * m_prgAdapters;
LONG m_clAdapters; // Count of adapters in the array
LONG m_lBufSize; // Total available slots in the array
LONG m_lIdx; // Current adapter index (or -1)
BOOL m_fAdaptersInstalled; // Adapters exist on the machine
// regardless of whether any need
// to be processed.
};
typedef enum {NWPD_FORWARD, NWPD_BACKWARD} PAGEDIRECTION;
//
// Class: CWizard
//
// Purpose: Manage the wizard pages provided by all connection providers.
//
class CWizard
{
private:
typedef struct _tagPageData
{
LPARAM ulId;
HPROPSHEETPAGE hPage;
LPARAM lParam;
PAGEDIRECTION PageDirection;
UINT PageOrigin;
UINT PageOriginIDC;
PFNPAGECLEANPROC pfn;
} PageData;
public:
NOTHROW static HRESULT HrCreate(CWizard **, BOOL, PINTERNAL_SETUP_DATA, BOOL);
~CWizard();
ULONG UlProviderCount() {return m_ulWizProviderCnt;}
CWizProvider * PWizProviders(ULONG ulIdx)
{return ((ulIdx >= m_ulWizProviderCnt) ?
NULL : m_rgpWizProviders[ulIdx]);}
VOID SetCurrentProvider(ULONG ulIdx);
CWizProvider * GetCurrentProvider();
CWizProvider * GetProviderN(ULONG ulIdx);
BOOL FProviderChanged() {return m_fProviderChanged;}
VOID ClearProviderChanged() { m_fProviderChanged = FALSE; }
CWizardUiContext * GetUiContext() {return m_pUiContext;}
VOID CacheConnection(INetConnection * pConn);
INetConnection * GetCachedConnection() {return m_pConn;}
VOID LoadWizProviders(ULONG, ProviderList *);
HRESULT HrCreateWizProviderPages(BOOL, UINT *);
VOID AppendProviderPages(HPROPSHEETPAGE *pahpsp, UINT *pcPages);
HPROPSHEETPAGE GetPageHandle(LPARAM ulId);
LPARAM GetPageData(LPARAM ulId);
VOID SetPageData(LPARAM ulId, LPARAM lParam);
LPARAM GetPageOrigin(LPARAM ulId, UINT *pOriginIDC);
VOID SetPageOrigin(LPARAM ulId, UINT uiOrigin, UINT uiOriginIDC);
UINT GetPageIndexFromIID(LPARAM ulId);
UINT GetPageIndexFromHPage(HPROPSHEETPAGE hPage);
PAGEDIRECTION GetPageDirection(LPARAM ulId);
VOID SetPageDirection(LPARAM ulId, PAGEDIRECTION PageDirection);
VOID RegisterPage(LPARAM, HPROPSHEETPAGE,
PFNPAGECLEANPROC, LPARAM);
VOID DisableUnattended() {m_dwOperationFlags &= ~SETUPOPER_BATCH;}
DWORD OperationFlags() {return m_dwOperationFlags;}
PINTERNAL_SETUP_DATA PSetupData() {return m_pSetupData;}
VOID ChangeSetupMode(DWORD dw)
{AssertH(m_pUiContext);
m_pUiContext->ChangeSetupMode(dw);}
VOID SetUnattendedMode(UM_MODE UMMode) {m_UMMode = UMMode;
AssertH(m_pUiContext);
m_pUiContext->SetUnattendedMode(UMMode);}
UM_MODE GetUnattendedMode() {return m_UMMode;}
INetCfg * PNetCfg() {return m_pNetCfg;}
VOID SetNetCfg(INetCfg *p);
VOID SetExitNoReturn() {m_fExitNoReturn = TRUE;}
BOOL FExitNoReturn() {return m_fExitNoReturn;}
VOID SetCoUninit(BOOL f) {m_fCoUninit = f;}
BOOL FCoUninit() {return m_fCoUninit;}
BOOL FDeferredProviderLoad() {return m_fDeferredProviderLoad;}
DWORD GetFirstPage() {return m_dwFirstPage;}
VOID SetFirstPage(DWORD dwFirstPage) {m_dwFirstPage = dwFirstPage;}
BOOL FProcessLanPages() {return m_fLanPages;}
CAdapterList * PAdapterQueue() {return &m_Adapters;}
VOID LoadAndInsertDeferredProviderPages(HWND, UINT);
// Should this be a NetConfig wide available function?
inline BOOL CompareCLSID (const CLSID& x, const CLSID& y)
{
return( (x.Data1 == y.Data1) &&
(x.Data2 == y.Data2) &&
(x.Data3 == y.Data3) &&
! (memcmp(x.Data4 , y.Data4, sizeof(x.Data4))));
}
private:
CWizard(BOOL, PINTERNAL_SETUP_DATA pData, BOOL);
NOTHROW HRESULT HrAddProvider(ProviderList *);
VOID DeferredLoadComplete() {m_fDeferredProviderLoad = FALSE;}
private:
enum {m_eMaxProviders=6}; // Represents both max providers and the
// max # of guard pages we'll need
enum {m_eMaxInternalPages=MAX_NET_PAGES};
BOOL m_fLanPages;
BOOL m_fExitNoReturn;
BOOL m_fCoUninit;
BOOL m_fDeferredProviderLoad;
BOOL m_fProviderChanged;
DWORD m_dwFirstPage;
INetCfg * m_pNetCfg;
CWizardUiContext * m_pUiContext;
INetConnection * m_pConn;
PINTERNAL_SETUP_DATA m_pSetupData;
DWORD m_dwOperationFlags;
UM_MODE m_UMMode;
ULONG m_ulCurProvider;
ULONG m_ulWizProviderCnt;
CWizProvider * m_rgpWizProviders[m_eMaxProviders];
ULONG m_ulPageDataCnt;
ULONG m_ulPageDataMRU;
PageData m_rgPageData[m_eMaxInternalPages + m_eMaxProviders];
public:
// This is exposed by PAdapterQueue, so there is no use pretending its
// private.
//
CAdapterList m_Adapters;
};
struct InitThreadParam
{
HWND hwndDlg;
CWizard* pWizard;
};
struct UpgradeData
{
BOOL fProcessed;
HFONT hBoldFont;
UINT nCurrentCap;
};
//**********************//
//**********************//
// Inline Functions //
//**********************//
//**********************//
inline VOID CWizard::CacheConnection(INetConnection * pConn)
{
ReleaseObj(m_pConn);
m_pConn = pConn;
}
inline VOID CWizard::SetNetCfg(INetCfg *p)
{
AssertH(NULL == m_pNetCfg);
AssertH(NULL != p);
m_pNetCfg = p;
if (m_pUiContext)
{
m_pUiContext->SetINetCfg(m_pNetCfg);
}
}
inline VOID CWizard::SetCurrentProvider(ULONG ulIdx)
{
AssertH(ulIdx < m_ulWizProviderCnt);
if (m_ulCurProvider != ulIdx)
{
m_fProviderChanged = TRUE;
}
m_ulCurProvider = ulIdx;
}
inline CWizProvider * CWizard::GetCurrentProvider()
{
AssertH(m_ulCurProvider < m_ulWizProviderCnt);
return m_rgpWizProviders[m_ulCurProvider];
}
inline CWizProvider * CWizard::GetProviderN(ULONG ulIdx)
{
AssertH(ulIdx < m_ulWizProviderCnt);
return m_rgpWizProviders[ulIdx];
}
inline BOOL IsPostInstall(CWizard *pWizard)
{
AssertH(NULL != pWizard);
return (pWizard->OperationFlags() & SETUPOPER_POSTSYSINSTALL);
}
inline BOOL IsUnattended(CWizard *pWizard)
{
AssertH(NULL != pWizard);
return (pWizard->OperationFlags() & SETUPOPER_BATCH);
}
inline BOOL IsFreshInstall(CWizard *pWizard)
{
AssertH(NULL != pWizard);
return (!(pWizard->OperationFlags() & (SETUPOPER_NTUPGRADE | SETUPOPER_POSTSYSINSTALL)));
}
inline BOOL IsUpgrade(CWizard *pWizard)
{
AssertH(NULL != pWizard);
return (pWizard->OperationFlags() & SETUPOPER_NTUPGRADE);
}
inline DWORD ProductType(CWizard *pWizard)
{
AssertH(NULL != pWizard);
AssertH(NULL != pWizard->PSetupData());
return ((pWizard->PSetupData())->ProductType);
}
inline DWORD SetupMode(CWizard *pWizard)
{
AssertH(NULL != pWizard);
AssertH(NULL != pWizard->PSetupData());
return ((pWizard->PSetupData())->SetupMode);
}
//****************************//
//****************************//
// Page Specific Entry Points //
//****************************//
//****************************//
HRESULT HrCreateMainPage(CWizard *, PINTERNAL_SETUP_DATA, BOOL, UINT *);
HRESULT HrCreateConnectPage(CWizard *, PINTERNAL_SETUP_DATA, BOOL, UINT *);
HRESULT HrCreateAdvancedPage(CWizard *, PINTERNAL_SETUP_DATA, BOOL, UINT *);
HRESULT HrCreateISPPage(CWizard *, PINTERNAL_SETUP_DATA, BOOL, UINT *);
HRESULT HrCreateInternetPage(CWizard *, PINTERNAL_SETUP_DATA, BOOL, UINT *);
HRESULT HrCreateMainIntroPage(CWizard *, PINTERNAL_SETUP_DATA, BOOL, UINT *);
HRESULT HrCreateExitPage(CWizard *, PINTERNAL_SETUP_DATA, BOOL, UINT *);
HRESULT HrCreateFinishPage(CWizard *, PINTERNAL_SETUP_DATA, BOOL, UINT *);
HRESULT HrCreateJoinPage(CWizard *, PINTERNAL_SETUP_DATA, BOOL, UINT *);
HRESULT HrCreateUpgradePage(CWizard *, PINTERNAL_SETUP_DATA, BOOL, UINT *);
HRESULT HrCreateWelcomePage(CWizard *, PINTERNAL_SETUP_DATA, BOOL, UINT *);
HRESULT HrCreateNetDevPage(CWizard *, PINTERNAL_SETUP_DATA, BOOL, UINT *);
NOTHROW HRESULT HrCreateGuardPage(CWizard *, CWizProvider *);
VOID AppendMainPage(CWizard *pWizard, HPROPSHEETPAGE* pahpsp, UINT *pcPages);
VOID AppendConnectPage(CWizard *pWizard, HPROPSHEETPAGE* pahpsp, UINT *pcPages);
VOID AppendAdvancedPage(CWizard *pWizard, HPROPSHEETPAGE* pahpsp, UINT *pcPages);
VOID AppendISPPage(CWizard *pWizard, HPROPSHEETPAGE* pahpsp, UINT *pcPages);
VOID AppendInternetPage(CWizard *pWizard, HPROPSHEETPAGE* pahpsp, UINT *pcPages);
VOID AppendMainIntroPage(CWizard *pWizard, HPROPSHEETPAGE* pahpsp, UINT *pcPages);
VOID AppendExitPage(CWizard *pWizard, HPROPSHEETPAGE* pahpsp, UINT *pcPages);
VOID AppendFinishPage(CWizard *pWizard, HPROPSHEETPAGE* pahpsp, UINT *pcPages);
VOID AppendJoinPage(CWizard *pWizard, HPROPSHEETPAGE* pahpsp, UINT *pcPages);
VOID AppendUpgradePage(CWizard *pWizard, HPROPSHEETPAGE* pahpsp, UINT *pcPages);
VOID AppendWelcomePage(CWizard *pWizard, HPROPSHEETPAGE* pahpsp, UINT *pcPages);
VOID AppendNetDevPage(CWizard *pWizard, HPROPSHEETPAGE* pahpsp, UINT *pcPages);
VOID AppendGuardPage(CWizard *pWizard, CWizProvider *pWizProvider,
HPROPSHEETPAGE* pahpsp, UINT *pcPages);
//********************************//
//********************************//
// Common Wizard Related Routines //
//********************************//
//********************************//
EXTERN_C HRESULT WINAPI HrRunWizard(HWND hwnd, BOOL fPnpAddAdapter, INetConnection ** ppConn, DWORD dwFirstPage);
EXTERN_C INT WINAPI StartNCW( HWND hwndOwner, HINSTANCE hInstance, PTSTR pszParms, INT nShow );
VOID NetDevRetrieveInfo(CWizard * pWizard);
VOID GenerateUniqueConnectionName(REFGUID guidAdapter, tstring * pstr, CWizProvider * pWizProvider);
void JoinDefaultWorkgroup(CWizard *pWizard, HWND hwndDlg);
BOOL OnProcessNextAdapterPageNext(HWND hwndDlg, BOOL FOnActivate);
BOOL OnProcessPrevAdapterPagePrev(HWND hwndDlg, UINT idd);
HRESULT HrInitAndGetINetCfg(CWizard *pWizard);
HRESULT HrCommitINetCfgChanges(HWND hwnd, CWizard * pWizard);
BOOL IsSBS (VOID);
BOOL IsMSClientInstalled(HWND hwnd, CWizard * pWizard);
DNS_STATUS IsValidDomainName (HWND hwndDlg);
HRESULT HrCreateTypicalConnections(CWizard * pWizard);
VOID InstallDefaultNetworkingIfNeeded(CWizard * pWizard, DWORD dwInstallFlags);
VOID SetupFonts(HWND hwnd, HFONT * pBoldFont, BOOL fLargeFont);
VOID CenterWizard(HWND hwndDlg);
VOID ReadAnswerFileSetupOptions(CWizard * pWizard);
const UINT c_nMaxProgressRange = 100;
VOID
OnUpgradeUpdateProgressCap (
HWND hwndDlg,
CWizard* pWizard,
UINT nNewCap);