Leaked source code of windows server 2003
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/*++
Copyright (c) 1994-1998 Microsoft Corporation
Module Name :
inetprop.h
Abstract:
Internet Properties base classes definitions
Author:
Ronald Meijer (ronaldm)
Sergei Antonov (sergeia)
Project:
Internet Services Manager
Revision History:
--*/
#ifndef _INETPROP_H_
#define _INETPROP_H_
// Some useful macros to set edit control
// and buddy spin control
//
// (s).SetPos((pos));\
//
#define SETUP_SPIN(s,min,max,pos)\
(s).SetRange32((min),(max));\
(s).SetAccel(3, toAcc)
#define SETUP_EDIT_SPIN(f, e, s, min, max, pos)\
(e).EnableWindow((f));\
(s).EnableWindow((f));\
SETUP_SPIN((s),(min),(max),(pos))
//
// InitializeAndFetch parameters
//
#define WITHOUT_INHERITANCE (FALSE)
#define WITH_INHERITANCE (TRUE)
//
// SSL Port number to use if SSL is not enabled
//
#define SSL_NOT_ENABLED (0)
//
// Bandwidth and compression definitions
//
#define BANDWIDTH_MIN (1)
#define BANDWIDTH_MAX (32767)
#define INFINITE_BANDWIDTH (0xffffffff)
#define KILOBYTE (1024L)
#define MEGABYTE (1024L * KILOBYTE)
#define DEF_BANDWIDTH (1 * MEGABYTE)
#define DEF_MAX_COMPDIR_SIZE (1 * MEGABYTE)
//
// Private FILE_ATTRIBUTE used to designate a virtual directory
//
#define FILE_ATTRIBUTE_VIRTUAL_DIRECTORY (0x10000000)
//
// Attribute crackers
//
#define IS_VROOT(dwAttributes) ((dwAttributes & FILE_ATTRIBUTE_VIRTUAL_DIRECTORY) != 0)
#define IS_DIR(dwAttributes) ((dwAttributes & FILE_ATTRIBUTE_DIRECTORY) != 0)
#define IS_FILE(dwAttributes) ((dwAttributes & (FILE_ATTRIBUTE_DIRECTORY | FILE_ATTRIBUTE_VIRTUAL_DIRECTORY)) == 0)
//
// Metabase constants
//
//
// TODO: From mdkeys?
//
extern const LPCTSTR g_cszTemplates;
extern const LPCTSTR g_cszCompression;
extern const LPCTSTR g_cszMachine;
extern const LPCTSTR g_cszMimeMap;
extern const LPCTSTR g_cszRoot;
extern const LPCTSTR g_cszSep;
extern const TCHAR g_chSep;
//
// Utility Functions
//
// <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
//
// Forward Definitions
//
class CIPAddress;
//
// Determine if the currently logged-in user us an administrator
// or operator in the virtual server provided
//
HRESULT
DetermineIfAdministrator(
IN CMetaInterface * pInterface,
IN LPCTSTR lpszMetabasePath,
OUT BOOL * pfAdministrator,
IN OUT DWORD * pdwMetabaseSystemChangeNumber
);
//
// Utility classes
//
// <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
class CMaskedDWORD
/*++
Class Description:
A masked DWORD class. This class performs assignments and comparison
on a masked range of the DWORD value. For example, if a mask of
0x000000FF is set, any comparisons or assignments will only involve
the least significant byte. A comparison against another DWORD will
only compare that least significant byte, and an assignment will only
set the least significant byte, leaving the rest untouched.
Public Interface:
CMaskedDWORD : Constructor
operator == : Comparison operator
operator != : Comparison operator
operator = : Assignment operator
operator DWORD : Cast to the value
void SetMask : Set the mask
--*/
{
//
// Constructor/Destructor
//
public:
CMaskedDWORD(
IN DWORD dwValue = 0L,
IN DWORD dwMask = 0xFFFFFFFF
)
: m_dwValue(dwValue),
m_dwMask(dwMask)
{
}
public:
BOOL operator ==(DWORD dwValue) const;
BOOL operator !=(DWORD dwValue) const { return !(operator ==(dwValue)); }
CMaskedDWORD & operator =(DWORD dwValue);
operator DWORD() const { return m_dwValue; }
operator DWORD &() { return m_dwValue; }
void SetMask(DWORD dwMask) { m_dwMask = dwMask; }
private:
DWORD m_dwValue;
DWORD m_dwMask;
};
//
// Forward Definitions
//
class CIPAddress;
template <class TYPE, class ARG_TYPE>
class CMPProp
{
public:
CMPProp(ARG_TYPE value);
CMPProp();
operator ARG_TYPE() const;
CMPProp<TYPE, ARG_TYPE> & operator =(ARG_TYPE value);
BOOL m_fDirty;
TYPE m_value;
};
template <class TYPE, class ARG_TYPE>
inline CMPProp<TYPE, ARG_TYPE>::CMPProp(ARG_TYPE value)
: m_value(value),
m_fDirty(FALSE)
{
}
template <class TYPE, class ARG_TYPE>
inline CMPProp<TYPE, ARG_TYPE>::CMPProp()
: m_value(),
m_fDirty(FALSE)
{
}
template <class TYPE, class ARG_TYPE>
inline CMPProp<TYPE, ARG_TYPE>::operator ARG_TYPE() const
{
return (ARG_TYPE)m_value;
}
template <class TYPE, class ARG_TYPE>
inline CMPProp<TYPE, ARG_TYPE> & CMPProp<TYPE, ARG_TYPE>::operator =(ARG_TYPE value)
{
if (m_value != value)
{
m_value = value;
m_fDirty = TRUE;
}
return *this;
}
//
// MP Access (use operators where possible!)
//
#define MP_V(x) (x.m_value)
#define MP_D(x) (x.m_fDirty)
//
// Common property types
//
typedef CMPProp<CBlob, CBlob&> MP_CBlob;
typedef CMPProp<CString, LPCTSTR> MP_CString;
typedef CMPProp<CStrPassword, CStrPassword&> MP_CStrPassword;
typedef CMPProp<CStringListEx, CStringListEx &> MP_CStringListEx;
typedef CMPProp<CILong, LONG> MP_CILong;
typedef CMPProp<int, int> MP_int;
typedef CMPProp<DWORD, DWORD> MP_DWORD;
typedef CMPProp<BOOL, BOOL> MP_BOOL;
typedef CMPProp<CMaskedDWORD, DWORD> MP_CMaskedDWORD;
//
// CODEWORK: Turns these into proper methods
//
#define BEGIN_META_WRITE()\
{ \
HRESULT hr = S_OK; \
do \
{ \
m_dwaDirtyProps.RemoveAll(); \
#define META_WRITE(id, value)\
if(MP_D(value)) \
{ \
if (!IsOpen()) \
{ \
hr = OpenForWriting(); \
if (FAILED(hr)) break; \
} \
hr = SetValue(id, MP_V(value)); \
if (FAILED(hr)) break; \
MP_D(value) = FALSE; \
m_dwaDirtyProps.AddTail(id); \
} \
#define META_WRITE_INHERITANCE(id, value, foverride)\
if(MP_D(value)) \
{ \
if (!IsOpen()) \
{ \
hr = OpenForWriting(); \
if (FAILED(hr)) break; \
} \
hr = SetValue(id, MP_V(value), &foverride);\
if (FAILED(hr)) break; \
MP_D(value) = FALSE; \
m_dwaDirtyProps.AddTail(id); \
} \
#define META_DELETE(id)\
FlagPropertyForDeletion(id); \
#define END_META_WRITE(err)\
POSITION pos; \
pos = m_dwaDeletedProps.GetHeadPosition();\
while(pos != NULL) \
{ \
DWORD dwID = m_dwaDeletedProps.GetNext(pos);\
if (!IsOpen()) \
{ \
hr = OpenForWriting(FALSE); \
} \
if (IsOpen() && SUCCEEDED(hr)) \
{ \
TRACEEOLID("Deleting #" << dwID);\
hr = DeleteValue(dwID); \
m_dwaDirtyProps.AddTail(dwID); \
} \
} \
m_dwaDeletedProps.RemoveAll(); \
if (IsOpen()) Close(); \
pos = m_dwaDirtyProps.GetHeadPosition();\
hr = S_OK; \
while(pos != NULL) \
{ \
hr = CheckDescendants(m_dwaDirtyProps.GetNext(pos), &m_auth, m_strMetaRoot); \
if (FAILED(hr)) break; \
} \
} \
while(FALSE); \
err = hr; \
}
/* ABSTRACT */ class CMetaProperties : public CMetaKey
/*++
Class Description:
Abstract base class that reads all metadata at a specific
metabase path.
Public Interface:
QueryResult : Get result code from construction
QueryMetaPath : Get the metabase path
Virtual Interface:
ParseFields : Break up data into member variables
--*/
{
//
// Constructor/Destructor
//
protected:
//
// Constructor which creates new interface
//
CMetaProperties(
IN CComAuthInfo * pAuthInfo,
IN LPCTSTR lpszMDPath
);
//
// Construct with existing interface
//
CMetaProperties(
IN CMetaInterface * pInterface,
IN LPCTSTR lpszMDPath
);
//
// Construct with open key
//
CMetaProperties(
IN CMetaKey * pKey,
IN LPCTSTR lpszMDPath
);
//
// Destructor
//
~CMetaProperties();
public:
//
// GetAllData()
//
virtual HRESULT LoadData();
virtual HRESULT WriteDirtyProps();
void FlagPropertyForDeletion(DWORD dwID);
virtual HRESULT CMetaProperties::QueryResult() const;
LPCTSTR QueryMetaRoot() const { return m_strMetaRoot; }
protected:
virtual void ParseFields() = 0;
void Cleanup();
HRESULT OpenForWriting(BOOL fCreate = TRUE);
protected:
BOOL m_fInherit;
HRESULT m_hResult;
CString m_strMetaRoot;
DWORD m_dwMDUserType;
DWORD m_dwMDDataType;
CList<DWORD, DWORD> m_dwaDirtyProps;
CList<DWORD, DWORD> m_dwaDeletedProps;
//
// Read all values
//
DWORD m_dwNumEntries;
DWORD m_dwMDDataLen;
PBYTE m_pbMDData;
};
//
// Machine Properties object
//
// <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
class CMachineProps : public CMetaProperties
/*++
Class Description:
Global machine properties
Public Interface:
CMachineProps : Constructor
WriteDirtyProps : Write dirty properties
--*/
{
public:
CMachineProps(CComAuthInfo * pAuthInfo);
CMachineProps(CMetaInterface * pInterface);
public:
HRESULT WriteDirtyProps();
protected:
virtual void ParseFields();
public:
MP_BOOL m_fEnableMetabaseEdit;
MP_BOOL m_fUTF8Web;
};
//
// Compression Properties Object
//
// <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
class CIISCompressionProps : public CMetaProperties
/*++
Class Description:
Compression settings
Public Interface:
CIISCompressionProps : Constructor
WriteIfDirty : Write data if dirty
--*/
{
public:
CIISCompressionProps(
IN CComAuthInfo * pAuthInfo
);
public:
//
// Write Data if dirty
//
virtual HRESULT WriteDirtyProps();
//
// Load data
//
virtual HRESULT LoadData();
public:
MP_BOOL m_fEnableStaticCompression;
MP_BOOL m_fEnableDynamicCompression;
MP_BOOL m_fLimitDirectorySize;
MP_DWORD m_dwDirectorySize;
MP_CString m_strDirectory;
protected:
virtual void ParseFields();
private:
BOOL m_fPathDoesNotExist;
};
class CMimeTypes : public CMetaProperties
/*++
Class Description:
A list of mime types.
Public Interface:
CMimeTypes : Constructor
WriteIfDirty : Write properties if dirty
--*/
{
public:
//
// Constructor that creates new interface
//
CMimeTypes(
IN CComAuthInfo * pAuthInfo,
IN LPCTSTR lpszMDPath
);
//
// Constructor that uses an existing interface
//
CMimeTypes(
IN CMetaInterface * pInterface,
IN LPCTSTR lpszMDPath
);
public:
//
// Write the data;
//
virtual HRESULT WriteDirtyProps();
protected:
virtual void ParseFields();
public:
MP_CStringListEx m_strlMimeTypes;
};
class CServerCapabilities : public CMetaProperties
/*++
Class Description:
Server capabilities object
Public Interface:
CServerCapabilities : Constructor
--*/
{
public:
//
// Constructor that creates a new interface
//
CServerCapabilities(
IN CComAuthInfo * pAuthInfo,
IN LPCTSTR lpszMDPath // e.g. "lm/w3svc/info"
);
//
// Constructor that uses an existing interface
//
CServerCapabilities(
IN CMetaInterface * pInterface,
IN LPCTSTR lpszMDPath // e.g. "lm/w3svc/info"
);
public:
BOOL IsSSLSupported() const { return (m_dwCapabilities & IIS_CAP1_SSL_SUPPORT) != 0L; }
BOOL IsSSL128Supported() const
{
if (m_dwVersionMajor >= 6)
{
// We have this feature ALWAYS enabled in iis6 and iis5.1
return TRUE;
}
else if (m_dwVersionMajor == 5 && m_dwVersionMinor == 1)
{
return TRUE;
}
else
{
return (m_dwConfiguration & MD_SERVER_CONFIG_SSL_128) != 0L;
}
}
BOOL HasMultipleSites() const { return (m_dwCapabilities & IIS_CAP1_MULTIPLE_INSTANCE) != 0L; }
BOOL HasBwThrottling() const { return (m_dwCapabilities & IIS_CAP1_BW_THROTTLING) != 0L; }
BOOL Has10ConnectionLimit() const { return (m_dwCapabilities & IIS_CAP1_10_CONNECTION_LIMIT) != 0L; }
BOOL HasIPAccessCheck() const { return (m_dwCapabilities & IIS_CAP1_IP_ACCESS_CHECK) != 0L; }
BOOL HasOperatorList() const { return (m_dwCapabilities & IIS_CAP1_OPERATORS_LIST) != 0L; }
BOOL HasFrontPage() const { return (m_dwCapabilities & IIS_CAP1_FP_INSTALLED) != 0L; }
BOOL HasCompression() const { return (m_dwCapabilities & IIS_CAP1_SERVER_COMPRESSION) != 0L; }
BOOL HasCPUThrottling() const { return (m_dwCapabilities & IIS_CAP1_CPU_AUDITING) != 0L; }
BOOL HasDigest() const { return (m_dwCapabilities & IIS_CAP1_DIGEST_SUPPORT) != 0L; }
BOOL HasNTCertMapper() const { return (m_dwCapabilities & IIS_CAP1_NT_CERTMAP_SUPPORT) != 0L; }
BOOL IsWorkstationLegacyCode() const
{
// workstation was determined this way in iis4/5/51
if (Has10ConnectionLimit())
{
return TRUE;
}
else
{
return FALSE;
}
}
BOOL IsWorkstation() const
{
if (m_dwVersionMajor >= 6)
{
if (INET_INFO_PRODUCT_NTWKSTA == m_dwPlatform)
{
return TRUE;
}
else
{
return FALSE;
}
}
else
{
return IsWorkstationLegacyCode();
}
}
BOOL IsCompressionConfigurable() const
{
if (m_dwVersionMajor >= 6)
{
// Compression is configurable for workstation and server in iis6
if (IsWorkstation())
{
return TRUE;
}
else
{
return TRUE;
}
}
else
{
// Compression is not configurable for workstation in pre iis6
if (IsWorkstationLegacyCode())
{
return FALSE;
}
else
{
return TRUE;
}
}
}
BOOL IsPerformanceConfigurable() const
{
if (m_dwVersionMajor >= 6)
{
// Performance is not configurable for workstation in iis6
if (IsWorkstation())
{
return FALSE;
}
else
{
return TRUE;
}
}
else
{
// Performance is not configurable for workstation in pre iis6
if (IsWorkstationLegacyCode())
{
return FALSE;
}
else
{
return TRUE;
}
}
}
BOOL IsServiceLevelConfigurable() const
{
if (m_dwVersionMajor >= 6)
{
// service level is configurable for workstation and server in iis6
if (IsWorkstation())
{
return TRUE;
}
else
{
return TRUE;
}
}
else
{
// Performance is not configurable for workstation in pre iis6
if (IsWorkstationLegacyCode())
{
return FALSE;
}
else
{
return TRUE;
}
}
}
DWORD QueryMajorVersion() const { return m_dwVersionMajor; }
DWORD QueryMinorVersion() const { return m_dwVersionMinor; }
protected:
virtual void ParseFields();
private:
//
// Capabilities fields
//
MP_DWORD m_dwPlatform;
MP_DWORD m_dwVersionMajor;
MP_DWORD m_dwVersionMinor;
MP_DWORD m_dwCapabilities;
MP_DWORD m_dwConfiguration;
};
class CInstanceProps : public CMetaProperties
/*++
Class Description:
Generic instance properties. Construct with lightweight = TRUE
to fetch enough information for enumeration only.
Public Interface:
CInstanceProps: : Constructor
Add : static method to create new instance
Remove : static method to remove instance
ChangeState : Change the state of a property
QueryError : Get the win32 error
GetDisplayText : Generate display name of instance
--*/
{
public:
//
// Public method to convert instance info to display text
//
static LPCTSTR GetDisplayText(
OUT CString & strName,
IN LPCTSTR szComment,
IN LPCTSTR szHostHeaderName,
//IN LPCTSTR szServiceName,
IN CIPAddress & ia,
IN UINT uPort,
IN DWORD dwID
);
public:
//
// Constructor that creates an interface
//
CInstanceProps(
IN CComAuthInfo * pAuthInfo,
IN LPCTSTR lpszMDPath,
IN UINT nDefPort = 0U
);
//
// Constructor that reuses existing interface
//
CInstanceProps(
IN CMetaInterface * pInterface,
IN LPCTSTR lpszMDPath,
IN UINT nDefPort = 0U
);
//
// Special constructor that uses an open parent key,
// and uses a relative path off the open key.
//
CInstanceProps(
IN CMetaKey * pKey,
IN LPCTSTR lpszMDPath,
IN DWORD dwInstance,
IN UINT nDefPort = 0U
);
public:
//
// Parse the binding string into component parts
//
static void CrackBinding(
IN CString lpszBinding,
OUT CIPAddress & iaIpAddress,
OUT UINT & nTCPPort,
OUT CString & strDomainName
);
//
// Parse the secure binding string into component parts
//
static void CrackSecureBinding(
IN CString lpszBinding,
OUT CIPAddress & iaIpAddress,
OUT UINT & nSSLPort
);
//
// Find the SSL port applicable to the given
// IP Address. Return the index where this SSL port
// was found, or -1 if it was not found.
//
static int FindMatchingSecurePort(
IN CStringList & strlBindings,
IN CIPAddress & iaIpAddress,
OUT UINT & m_nSSLPort
);
//
// Find ip address/port combo
//
static BOOL IsPortInUse(
IN CStringList & strlBindings,
IN CIPAddress & iaIPAddress,
IN UINT nPort
);
//
// Build binding string
//
static void BuildBinding(
OUT CString & strBinding,
IN CIPAddress & iaIpAddress,
IN UINT & nTCPPort,
IN CString & lpszDomainName
);
//
// Build secure binding string
//
static void BuildSecureBinding(
OUT CString & strBinding,
IN CIPAddress & iaIpAddress,
IN UINT & nSSLPort
);
//
// Create new instance
//
static HRESULT Add(
IN CMetaInterface * pInterface,
IN LPCTSTR lpszService,
IN LPCTSTR lpszHomePath,
IN LPCTSTR lpszUserName = NULL,
IN LPCTSTR lpszPassword = NULL,
IN LPCTSTR lpszDescription = NULL,
IN LPCTSTR lpszBinding = NULL,
IN LPCTSTR lpszSecureBinding = NULL,
IN DWORD * pdwPermissions = NULL,
IN DWORD * pdwDirBrowsing = NULL,
IN DWORD * pwdAuthFlags = NULL,
OUT DWORD * pdwInstance = NULL
);
//
// Remove existing instance
//
static HRESULT Delete(
IN CMetaInterface * pInterface,
IN LPCTSTR lpszService,
IN DWORD dwInstance
);
//
// Access
//
public:
//
// Change the running state of the instance
//
HRESULT ChangeState(
IN DWORD dwCommand
);
//
// Get the WIN32 error
//
DWORD QueryError() const { return m_dwWin32Error; }
//
// Get the instance number
//
DWORD QueryInstance() const { return m_dwInstance; }
//
// Check to see if this is a cluster enabled instance
//
BOOL IsClusterEnabled() const { return m_fCluster; }
//
// Get the friendly name for this instance
//
LPCTSTR GetDisplayText(
OUT CString & strName
//IN LPCTSTR szServiceName
);
//
// Get the complete metabase path to the home directory
//
LPCTSTR GetHomePath(OUT CString & str);
//
// Write Data if dirty
//
virtual HRESULT WriteDirtyProps();
protected:
virtual void ParseFields();
public:
//
// Meta values
//
MP_BOOL m_fCluster;
MP_CStringListEx m_strlBindings;
MP_CString m_strComment;
MP_DWORD m_dwState;
MP_DWORD m_dwWin32Error;
//
// Derived Values
//
UINT m_nTCPPort;
CIPAddress m_iaIpAddress;
CString m_strDomainName;
private:
DWORD m_dwInstance;
};
class CChildNodeProps : public CMetaProperties
/*++
Class Description:
Generic child node properties. Could be a vdir, a dir
or a file.
Public Interface:
CChildNodeProps : Constructor
Add : Create new virtual directory
Delete : Delete virtual directory
Rename : Rename virtual directory
QueryError : Get the win32 error
IsPathInherited : Return TRUE if the path was inherited
FillInstanceInfo : Fill instance info structure
FillChildInfo : Fill child info structure
--*/
{
public:
//
// Constructors
//
CChildNodeProps(
IN CComAuthInfo * pAuthInfo,
IN LPCTSTR lpszMDPath,
IN BOOL fInherit = WITHOUT_INHERITANCE,
IN BOOL fPathOnly = FALSE
);
CChildNodeProps(
IN CMetaInterface * pInterface,
IN LPCTSTR lpszMDPath,
IN BOOL fInherit = WITHOUT_INHERITANCE,
IN BOOL fPathOnly = FALSE
);
CChildNodeProps(
IN CMetaKey * pKey,
IN LPCTSTR lpszPath = NULL,
IN BOOL fInherit = WITHOUT_INHERITANCE,
IN BOOL fPathOnly = FALSE
);
public:
//
// Create new virtual directory
//
static HRESULT Add(
IN CMetaInterface * pInterface,
IN LPCTSTR lpszParentPath,
/*
IN LPCTSTR lpszService,
IN DWORD dwInstance,
IN LPCTSTR lpszParentPath,
*/
IN LPCTSTR lpszAlias,
OUT CString & strAliasCreated,
IN DWORD * pdwPermissions = NULL,
IN DWORD * pdwDirBrowsing = NULL,
IN LPCTSTR lpszVrPath = NULL,
IN LPCTSTR lpszUserName = NULL,
IN LPCTSTR lpszPassword = NULL,
IN BOOL fExactName = TRUE
);
//
// Delete virtual directory
//
static HRESULT Delete(
IN CMetaInterface * pInterface,
IN LPCTSTR lpszParentPath, OPTIONAL
IN LPCTSTR lpszNode
);
//
// Rename virtual directory
//
static HRESULT Rename(
IN CMetaInterface * pInterface,
IN LPCTSTR lpszParentPath, OPTIONAL
IN LPCTSTR lpszOldName,
IN LPCTSTR lpszNewName
);
public:
//
// TRUE, if this is an enabled application
//
BOOL IsEnabledApplication() { return m_fIsAppRoot; }
//
// Get the alias name
//
LPCTSTR QueryAlias() const { return m_strAlias; }
//CString & GetAlias() { return m_strAlias; }
//
// Get the error
//
DWORD QueryWin32Error() const { return m_dwWin32Error; }
//
// This is how to separate file/dir props from vdirs
//
BOOL IsPathInherited() const { return m_fPathInherited; }
//
// Empty the path if it was inherited
//
void RemovePathIfInherited();
//
// CODEWORK: Ugly solution.
//
// Call this method to override the inheritance status of the
// http redirect path
//
void MarkRedirAsInherit(BOOL fInherit) { m_fInheritRedirect = fInherit; }
//
// Get the path
//
CString & GetPath() { return MP_V(m_strPath); }
//
// Get the redirected path
//
CString & GetRedirectedPath() { return m_strRedirectPath; }
//
// Get the access perms
//
DWORD QueryAccessPerms() const { return m_dwAccessPerms; }
//
// Get dir browsing bits
//
DWORD QueryDirBrowsing() const { return m_dwDirBrowsing; }
//
// True if the child is redirected
//
BOOL IsRedirected() const { return !m_strRedirectPath.IsEmpty(); }
//
// Write Data if dirty
//
virtual HRESULT WriteDirtyProps();
protected:
//
// Break out GetAllData() data to data fields
//
virtual void ParseFields();
//
// Break down redirect statement into component paths
//
void ParseRedirectStatement();
//
// Reverse the above -- reassemble the redirect statement
//
void BuildRedirectStatement();
protected:
//
// Redirect tags
//
static const TCHAR _chTagSep;
static const LPCTSTR _cszExactDestination;
static const LPCTSTR _cszChildOnly;
static const LPCTSTR _cszPermanent;
public:
BOOL m_fIsAppRoot;
BOOL m_fPathInherited;
BOOL m_fInheritRedirect;
BOOL m_fExact; // Redirect tag
BOOL m_fChild; // Redirect tag
BOOL m_fPermanent; // Redirect tag
CString m_strAlias;
CString m_strFullMetaPath;
CString m_strRedirectPath; // Redirect _path_
public:
MP_BOOL m_fAppIsolated;
MP_DWORD m_dwWin32Error;
MP_DWORD m_dwDirBrowsing;
MP_CString m_strPath;
MP_CString m_strRedirectStatement; // Path + tags
MP_CString m_strAppRoot;
MP_CMaskedDWORD m_dwAccessPerms;
};
inline CMetaKey * GetMetaKeyFromHandle(IN HANDLE hServer)
{
ASSERT(hServer != NULL);
return (CMetaKey *)hServer;
}
inline LPCTSTR GetServerNameFromHandle(IN HANDLE hServer)
{
ASSERT(hServer != NULL);
return ((CMetaKey *)hServer)->QueryServerName();
}
//
// Metabase Helpers
//
// <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
//
// Get record data size
//
inline DWORD RecordDataSize(
IN METADATA_GETALL_RECORD * pAllRecord,
IN int iIndex
)
{
return pAllRecord[iIndex].dwMDDataLen;
}
//
// Fetch data at index as DWORD
//
inline void FetchMetaValue(
IN METADATA_GETALL_RECORD * pAllRecord,
IN int iIndex,
OUT DWORD & dwValue
)
{
ASSERT(RecordDataSize(pAllRecord, iIndex) == sizeof(DWORD));
dwValue = *((UNALIGNED DWORD *)((PBYTE)pAllRecord + pAllRecord[iIndex].dwMDDataOffset));
}
//
// Fetch data at index as UINT
//
inline void FetchMetaValue(
IN METADATA_GETALL_RECORD * pAllRecord,
IN int iIndex,
OUT UINT & uValue
)
{
ASSERT(RecordDataSize(pAllRecord, iIndex) == sizeof(DWORD));
uValue = (UINT)*((UNALIGNED DWORD *)((PBYTE)pAllRecord + pAllRecord[iIndex].dwMDDataOffset));
}
//
// Fetch data at index as int
//
inline void FetchMetaValue(
IN METADATA_GETALL_RECORD * pAllRecord,
IN int iIndex,
OUT int & iValue
)
{
ASSERT(RecordDataSize(pAllRecord, iIndex) == sizeof(DWORD));
iValue = (int)*((UNALIGNED DWORD *)((PBYTE)pAllRecord + pAllRecord[iIndex].dwMDDataOffset));
}
//
// Fetch data at index as a CString
//
inline void FetchMetaValue(
IN METADATA_GETALL_RECORD * pAllRecord,
IN int iIndex,
OUT CString & strValue
)
{
strValue = (LPTSTR)((PBYTE)pAllRecord + pAllRecord[iIndex].dwMDDataOffset);
}
//
// Fetch data at index as a CStrPassword
//
inline void FetchMetaValue(
IN METADATA_GETALL_RECORD * pAllRecord,
IN int iIndex,
OUT CStrPassword & strValue
)
{
strValue = (LPTSTR)((PBYTE)pAllRecord + pAllRecord[iIndex].dwMDDataOffset);
}
//
// Fetch data at index as a CStringList
//
inline void FetchMetaValue(
IN METADATA_GETALL_RECORD * pAllRecord,
IN int iIndex,
OUT CStringList & strlValue
)
{
ConvertDoubleNullListToStringList(
((LPCTSTR)((PBYTE)pAllRecord + pAllRecord[iIndex].dwMDDataOffset)),
strlValue,
(RecordDataSize(pAllRecord, iIndex)) / sizeof(TCHAR)
);
}
//
// Fetch binary data as a blob
//
inline void FetchMetaValue(
IN METADATA_GETALL_RECORD * pAllRecord,
IN int iIndex,
OUT CBlob & blob
)
{
blob.SetValue(
RecordDataSize(pAllRecord, iIndex),
((PBYTE)pAllRecord + pAllRecord[iIndex].dwMDDataOffset));
}
inline void FetchMetaValue(
IN METADATA_GETALL_RECORD * pAllRecord,
IN int iIndex,
OUT CILong & ilValue
)
{
ilValue = (LONG)*((UNALIGNED DWORD *)((PBYTE)pAllRecord + pAllRecord[iIndex].dwMDDataOffset));
}
//
// Fetch data at index as CString, and check inheritance status
//
inline void FetchInheritedMetaValue(
IN METADATA_GETALL_RECORD * pAllRecord,
IN int iIndex,
OUT CString & strValue,
OUT BOOL & fIsInherited
)
{
strValue = (LPTSTR)((PBYTE)pAllRecord + pAllRecord[iIndex].dwMDDataOffset);
fIsInherited = (pAllRecord[iIndex].dwMDAttributes & METADATA_ISINHERITED) != 0;
}
//
// Fetch data at index as CStrPassword, and check inheritance status
//
inline void FetchInheritedMetaValue(
IN METADATA_GETALL_RECORD * pAllRecord,
IN int iIndex,
OUT CStrPassword & strValue,
OUT BOOL & fIsInherited
)
{
strValue = (LPTSTR)((PBYTE)pAllRecord + pAllRecord[iIndex].dwMDDataOffset);
fIsInherited = (pAllRecord[iIndex].dwMDAttributes & METADATA_ISINHERITED) != 0;
}
//
// Fetch data at index as CStringListEx, and check inheritance status
//
inline void FetchInheritedMetaValue(
IN METADATA_GETALL_RECORD * pAllRecord,
IN int iIndex,
OUT CStringListEx & strlValue,
OUT BOOL & fIsInherited
)
{
ConvertDoubleNullListToStringList(
((LPCTSTR)((PBYTE)pAllRecord + pAllRecord[iIndex].dwMDDataOffset)),
strlValue,
(RecordDataSize(pAllRecord, iIndex)) / sizeof(TCHAR)
);
fIsInherited = (pAllRecord[iIndex].dwMDAttributes & METADATA_ISINHERITED) != 0;
}
//
// Flag Operations
//
#define IS_FLAG_SET(dw, flag) ((((dw) & (flag)) != 0) ? TRUE : FALSE)
#define SET_FLAG(dw, flag) dw |= (flag)
#define RESET_FLAG(dw, flag) dw &= ~(flag)
#define SET_FLAG_IF(cond, dw, flag)\
if (cond) \
{ \
SET_FLAG(dw, flag); \
} \
else \
{ \
RESET_FLAG(dw, flag); \
}
//
// Meta record crackers
//
// <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
#define BEGIN_PARSE_META_RECORDS(dwNumEntries, pbMDData)\
{ \
METADATA_GETALL_RECORD * pAllRecords = \
(METADATA_GETALL_RECORD *)pbMDData; \
ASSERT(pAllRecords != NULL); \
\
for (DWORD i = 0; i < dwNumEntries; ++i) \
{ \
METADATA_GETALL_RECORD * pRec = &pAllRecords[i];\
switch(pRec->dwMDIdentifier) \
{
#define HANDLE_META_RECORD(id, value)\
case id: \
FetchMetaValue(pAllRecords, i, MP_V(value));\
break;
#define HANDLE_INHERITED_META_RECORD(id, value, fIsInherited)\
case id: \
FetchInheritedMetaValue(pAllRecords, i, MP_V(value), fIsInherited);\
break;
#define END_PARSE_META_RECORDS\
} \
} \
}
//
// Sheet -> page crackers
//
#define BEGIN_META_INST_READ(sheet)\
{ \
sheet * pSheet = (sheet *)GetSheet(); \
do \
{ \
if (FAILED(pSheet->QueryInstanceResult())) \
{ \
break; \
}
#define FETCH_INST_DATA_FROM_SHEET(value)\
value = pSheet->GetInstanceProperties().value; \
TRACEEOLID(value);
#define FETCH_INST_DATA_FROM_SHEET_PASSWORD(value)\
value = pSheet->GetInstanceProperties().value;
#define END_META_INST_READ(err)\
\
} \
while(FALSE); \
}
#define BEGIN_META_DIR_READ(sheet)\
{ \
sheet * pSheet = (sheet *)GetSheet(); \
do \
{ \
if (FAILED(pSheet->QueryDirectoryResult())) \
{ \
break; \
}
#define FETCH_DIR_DATA_FROM_SHEET(value)\
value = pSheet->GetDirectoryProperties().value; \
TRACEEOLID(value);
#define FETCH_DIR_DATA_FROM_SHEET_PASSWORD(value)\
value = pSheet->GetDirectoryProperties().value;
#define END_META_DIR_READ(err)\
\
} \
while(FALSE); \
}
#define BEGIN_META_INST_WRITE(sheet)\
{ \
sheet * pSheet = (sheet *)GetSheet(); \
\
do \
{ \
#define STORE_INST_DATA_ON_SHEET(value)\
pSheet->GetInstanceProperties().value = value;
#define STORE_INST_DATA_ON_SHEET_REMEMBER(value, dirty)\
pSheet->GetInstanceProperties().value = value; \
dirty = MP_D(((sheet *)GetSheet())->GetInstanceProperties().value);
#define FLAG_INST_DATA_FOR_DELETION(id)\
pSheet->GetInstanceProperties().FlagPropertyForDeletion(id);
#define END_META_INST_WRITE(err)\
\
} \
while(FALSE); \
\
err = pSheet->GetInstanceProperties().WriteDirtyProps(); \
}
#define BEGIN_META_DIR_WRITE(sheet)\
{ \
sheet * pSheet = (sheet *)GetSheet(); \
\
do \
{ \
#define STORE_DIR_DATA_ON_SHEET(value)\
pSheet->GetDirectoryProperties().value = value;
#define STORE_DIR_DATA_ON_SHEET_REMEMBER(value, dirty)\
pSheet->GetDirectoryProperties().value = value; \
dirty = MP_D(pSheet->GetDirectoryProperties().value);
#define INIT_DIR_DATA_MASK(value, mask)\
MP_V(pSheet->GetDirectoryProperties().value).SetMask(mask);
#define FLAG_DIR_DATA_FOR_DELETION(id)\
pSheet->GetDirectoryProperties().FlagPropertyForDeletion(id);
#define END_META_DIR_WRITE(err)\
\
} \
while(FALSE); \
\
err = pSheet->GetDirectoryProperties().WriteDirtyProps(); \
}
//
// Inline Expansion
//
// <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
inline BOOL CMaskedDWORD::operator ==(DWORD dwValue) const
{
return (m_dwValue & m_dwMask) == (dwValue & m_dwMask);
}
inline CMaskedDWORD & CMaskedDWORD::operator =(DWORD dwValue)
{
m_dwValue = ((m_dwValue &= ~m_dwMask) |= (dwValue & m_dwMask));
return *this;
}
inline /*virtual */ HRESULT CMetaProperties::WriteDirtyProps()
{
ASSERT_MSG("Not implemented");
return E_NOTIMPL;
}
inline void CMetaProperties::FlagPropertyForDeletion(DWORD dwID)
{
m_dwaDeletedProps.AddTail(dwID);
}
inline LPCTSTR CInstanceProps::GetDisplayText(
OUT CString & strName
//IN LPCTSTR szServiceName
)
{
return CInstanceProps::GetDisplayText(
strName,
m_strComment,
m_strDomainName,
//szServiceName,
m_iaIpAddress,
m_nTCPPort,
QueryInstance()
);
}
inline LPCTSTR CInstanceProps::GetHomePath(CString & str)
{
str = m_strMetaRoot + SZ_MBN_SEP_STR + g_cszRoot;
return str;
}
inline void CChildNodeProps::RemovePathIfInherited()
{
if (IsPathInherited())
{
MP_V(m_strPath).Empty();
}
}
/*
inline void CChildNodeProps::FillInstanceInfo(ISMINSTANCEINFO * pii)
{
_tcsncpy(pii->szPath, GetPath(), STRSIZE(pii->szPath));
_tcsncpy(pii->szRedirPath, GetRedirectedPath(), STRSIZE(pii->szRedirPath));
pii->fChildOnlyRedir = m_fChild;
}
inline void CChildNodeProps::FillChildInfo(ISMCHILDINFO * pii)
{
//
// Set the output structure
//
pii->fInheritedPath = IsPathInherited();
pii->fEnabledApplication = IsEnabledApplication();
pii->dwError = QueryWin32Error();
_tcsncpy(
pii->szAlias,
GetAlias(),
STRSIZE(pii->szAlias)
);
_tcsncpy(
pii->szPath,
GetPath(),
STRSIZE(pii->szPath)
);
_tcsncpy(
pii->szRedirPath,
IsRedirected() ? GetRedirectedPath() : _T(""),
STRSIZE(pii->szRedirPath)
);
pii->fChildOnlyRedir = m_fChild;
}
*/
#endif // _INETPROP_H_