Leaked source code of windows server 2003
You can not select more than 25 topics Topics must start with a letter or number, can include dashes ('-') and can be up to 35 characters long.
 
 
 
 
 
 

685 lines
21 KiB

//+-------------------------------------------------------------------
//
// Microsoft Windows
// Copyright (C) Microsoft Corporation, 1994 - 1999
//
// File: colwidth.h
//
// Contents: Classes related to column persistence.
//
// Classes: CColumnInfo, CColumnPersistInfo
// CColumnsDlg.
//
// History: 14-Oct-98 AnandhaG Created
//
//--------------------------------------------------------------------
#ifndef COLWIDTH_H
#define COLWIDTH_H
#pragma once
#pragma warning(disable: 4503) // Disable long name limit warnings
#include "columninfo.h"
using namespace std;
class CColumnPersistInfo;
class CColumnsDlg;
// Column Persistence Versioning
// Version 1 has
// "Col index (seen by snapin)" "Width" "Format" in order.
static const INT COLPersistenceVersion = 2;
// We allow the list to grow COLUMNS_MAXLIMIT times more,
// then we do garbage collection.
#define COLUMNS_MAXLIMIT 0.4
//+-------------------------------------------------------------------
//
// Class: CColumnSortInfo
//
// Purpose: Columns sort information.
// The column that is sorted and direction.
//
// History: 10-27-1998 AnandhaG Created
//
//--------------------------------------------------------------------
class CColumnSortInfo : public CSerialObject, public CXMLObject
{
public:
friend class CColumnPersistInfo;
friend class CNode;
friend class CColumnsDlg;
friend struct ColPosCompare;
friend class CColumnData;
public:
CColumnSortInfo () : m_nCol(-1), m_dwSortOptions(0),
m_lpUserParam(NULL)
{}
CColumnSortInfo (INT nCol, DWORD dwSortOptions)
: m_nCol(nCol), m_dwSortOptions(dwSortOptions),
m_lpUserParam(NULL)
{
}
CColumnSortInfo(const CColumnSortInfo& colInfo)
{
m_nCol = colInfo.m_nCol;
m_dwSortOptions = colInfo.m_dwSortOptions;
m_lpUserParam = colInfo.m_lpUserParam;
}
CColumnSortInfo& operator=(const CColumnSortInfo& colInfo)
{
if (this != &colInfo)
{
m_nCol = colInfo.m_nCol;
m_dwSortOptions = colInfo.m_dwSortOptions;
m_lpUserParam = colInfo.m_lpUserParam;
}
return (*this);
}
bool operator ==(const CColumnSortInfo &colinfo) const
{
return ( (m_nCol == colinfo.m_nCol) &&
(m_dwSortOptions == colinfo.m_dwSortOptions) &&
(m_lpUserParam == colinfo.m_lpUserParam) );
}
INT getColumn() const { return m_nCol;}
DWORD getSortOptions() const { return m_dwSortOptions;}
ULONG_PTR getUserParam() const { return m_lpUserParam;}
protected:
INT m_nCol; // The index supplied when snapin inserted the column.
// This is not the index viewed by the user.
DWORD m_dwSortOptions; // Sort flags like Ascending/Descending, Sort icon...
ULONG_PTR m_lpUserParam; // Snapin supplied user param.
protected:
// CSerialObject methods
virtual UINT GetVersion() {return 2;}
virtual HRESULT ReadSerialObject (IStream &stm, UINT nVersion /*,LARGE_INTEGER nBytes*/);
protected:
DEFINE_XML_TYPE(XML_TAG_COLUMN_SORT_INFO);
virtual void Persist(CPersistor &persistor);
};
//+-------------------------------------------------------------------
//
// Class: CColumnSortList
//
// Purpose: linked list with CColumnInfo's.
//
// History: 02-11-1999 AnandhaG Created
//
//--------------------------------------------------------------------
class CColumnSortList : public list<CColumnSortInfo>, public CSerialObject
{
public:
friend class CColumnSetData;
public:
CColumnSortList ()
{
}
~CColumnSortList()
{
}
protected:
void PersistSortList(CPersistor& persistor);
// CSerialObject methods
virtual UINT GetVersion() {return 1;}
virtual HRESULT ReadSerialObject (IStream &stm, UINT nVersion /*,LARGE_INTEGER nBytes*/);
};
//+-------------------------------------------------------------------
//
// Class: CColumnSetData
//
// Purpose: Data for a ColumnSetID. That is the data pertaining to
// set of columns associated with a node. This data includes
// column width, order, hidden/visible status. It also
// includes the column on which we have sorted and the
// order.
//
// History: 01-13-1998 AnandhaG Created
//
//--------------------------------------------------------------------
class CColumnSetData : public CSerialObject, public CXMLObject
{
public:
friend class CColumnPersistInfo;
friend class CColumnsDlg;
public:
CColumnSetData ()
{
m_colInfoList.clear();
m_colSortList.clear();
m_dwRank = -1;
m_bInvalid = FALSE;
}
~CColumnSetData()
{
m_colInfoList.clear();
m_colSortList.clear();
m_dwRank = -1;
m_bInvalid = FALSE;
}
CColumnSetData(const CColumnSetData& colSetInfo)
{
m_colInfoList = colSetInfo.m_colInfoList;
m_colSortList = colSetInfo.m_colSortList;
m_dwRank = colSetInfo.m_dwRank;
m_bInvalid = FALSE;
}
CColumnSetData& operator=(const CColumnSetData& colSetInfo)
{
if (this != &colSetInfo)
{
m_colInfoList = colSetInfo.m_colInfoList;
m_colSortList = colSetInfo.m_colSortList;
m_dwRank = colSetInfo.m_dwRank;
m_bInvalid = colSetInfo.m_bInvalid;
}
return (*this);
}
bool operator ==(const CColumnSetData &colinfo) const
{
return (false);
}
bool operator< (const CColumnSetData& colSetInfo)
{
return (m_dwRank < colSetInfo.m_dwRank);
}
CColumnInfoList* get_ColumnInfoList()
{
return &m_colInfoList;
}
void set_ColumnInfoList(const CColumnInfoList& colInfoList)
{
m_colInfoList = colInfoList;
}
CColumnSortList* get_ColumnSortList()
{
return &m_colSortList;
}
void set_ColumnSortList(CColumnSortList& colSortList)
{
m_colSortList = colSortList;
}
protected:
// Needed for book keeping.
DWORD m_dwRank; // Usage rank.
BOOL m_bInvalid; // For garbage collection.
protected:
// Persisted data.
CColumnInfoList m_colInfoList;
CColumnSortList m_colSortList;
protected:
// CSerialObject methods
// Version 2 had view settings removed. This data should be skipped while reading
// version 1 files.
virtual UINT GetVersion() {return 2;}
virtual HRESULT ReadSerialObject (IStream &stm, UINT nVersion /*,LARGE_INTEGER nBytes*/);
protected:
DEFINE_XML_TYPE(XML_TAG_COLUMN_SET_DATA);
virtual void Persist(CPersistor &persistor);
};
typedef const BYTE * LPCBYTE;
typedef std::vector<BYTE> ByteVector;
//+-------------------------------------------------------------------
//
// Class: CColumnSetID
//
// Purpose: Identifier for a Column-Set. A a column-set is a set of
// columns inserted by a snapin. When the user selects a
// different node in that snapin same or different column-set
/// may be shown by the snapin. MMC asks snapin to provide an
// ID (either SColumnSetID or NodeTypeGuid) to uniquely identify
// each column-set so that it can persist the column data.
// This enables MMC to use this GUID to load and use the column
// data across different instances,locales and systems.
//
// History: 02-08-1998 AnandhaG Created
//
//--------------------------------------------------------------------
class CColumnSetID : public CXMLObject
{
public:
friend class CColumnPersistInfo;
friend IStream& operator>> (IStream& stm, CColumnSetID& colID);
friend IStream& operator<< (IStream& stm, const CColumnSetID& colID);
private:
void CommonConstruct (const SColumnSetID& refColID)
{
m_vID.clear();
m_dwFlags = refColID.dwFlags;
m_vID.insert (m_vID.begin(), refColID.id, refColID.id + refColID.cBytes);
}
void CommonConstruct (const CLSID& clsidNodeType)
{
m_dwFlags = 0;
BYTE* pbByte = (BYTE*)&clsidNodeType;
if (pbByte != NULL)
{
m_vID.clear();
m_vID.insert (m_vID.begin(), pbByte, pbByte + sizeof(CLSID));
}
}
public:
CColumnSetID() : m_dwFlags(0)
{
}
~CColumnSetID() {}
CColumnSetID(LPCBYTE& pbInit)
{
// pbInit now points to a SColumnSetID; initialize from it
const SColumnSetID* pColID = reinterpret_cast<const SColumnSetID*>(pbInit);
CommonConstruct (*pColID);
// bump the input pointer to the next element
pbInit += sizeof (pColID->cBytes) + pColID->cBytes;
}
CColumnSetID(const SColumnSetID& refColID)
{
CommonConstruct (refColID);
}
CColumnSetID(const CLSID& clsidNodeType)
{
CommonConstruct (clsidNodeType);
}
CColumnSetID(const CColumnSetID& colID)
{
m_dwFlags = colID.m_dwFlags;
m_vID = colID.m_vID;
}
CColumnSetID& operator=(const CColumnSetID& colID)
{
if (this != &colID)
{
m_dwFlags = colID.m_dwFlags;
m_vID = colID.m_vID;
}
return (*this);
}
bool operator ==(const CColumnSetID& colID) const
{
return (m_vID == colID.m_vID);
}
bool operator <(const CColumnSetID& colID) const
{
return (m_vID < colID.m_vID);
}
DWORD GetFlags() const { return m_dwFlags; }
int empty () const { return (m_vID.empty()); }
DEFINE_XML_TYPE(NULL); // not to be persisted as alone element
virtual void Persist(CPersistor &persistor);
protected:
DWORD m_dwFlags;
ByteVector m_vID;
};
//+-------------------------------------------------------------------
//
// Member: operator>>
//
// Synopsis: Writes CColumnSetID data to stream.
//
// Arguments: [stm] - The input stream.
// [colID] - CColumnSetID structure.
//
// The format is :
// DWORD flags
// ByteVector
//
//--------------------------------------------------------------------
inline IStream& operator>> (IStream& stm, CColumnSetID& colID)
{
return (stm >> colID.m_dwFlags >> colID.m_vID);
}
//+-------------------------------------------------------------------
//
// Member: operator<<
//
// Synopsis: Reads CColumnSortInfo data from the stream.
//
// Arguments: [stm] - The stream to write to.
// [colID] - CColumnSetID structure.
//
// The format is :
// DWORD flags
// ByteVector
//
//--------------------------------------------------------------------
inline IStream& operator<< (IStream& stm, const CColumnSetID& colID)
{
return (stm << colID.m_dwFlags << colID.m_vID);
}
//+-------------------------------------------------------------------
//
// Data structures used to persist column information:
//
// Column information is persisted as follows:
// Internally, the following data structure is used. Column information
// is recorded per snapin, per column ID, per view.
// map map map
// CLSID ------> column ID ------> view ID -----> iterator to a list
// containing data.
//
// The data itself is stored in an object of type CColumnSetData.
// This has subobjects to store column width, column sorting, and view
// options.
//
// The list contains CColumnSetData to all the views, all snapins
// and all col-ids.
//
// Persistence: The information is serialized as follows:
//
// 1) Stream version
// 2) Number of snapins
// 3) For each snapin:
// i) snapin CLSID
// ii) number of column IDs
// For each column ID:
// i) column ID
// ii) Number of views
// For each view:
// i) View ID
// ii) Column data (CColumnSetData).
//--------------------------------------------------------------------
//*********************************************************************
//
// Note:
// The alpha compiler is unable to resolve long names and calls
// wrong version of stl::map::erase (bug# 295465).
// So we derive dummy classes like I1, V1, C1, S1 to shorten
// those names.
//
// To repro the problem define _ALPHA_BUG_IN_MMC and compile mmc
//
// Classes: I1, V1, C1, S1
//
// For version 2.0 the change was undone. But the names are not
// long anymore, since classes are derived from maps (not typedef'ed)
//
//*********************************************************************
//*********************************************************************
// A list of all ColumnSet datas.
typedef list<CColumnSetData > ColSetDataList;
typedef ColSetDataList::iterator ItColSetDataList;
// A one to one map from ViewID to iterator to CColumnSetData.
class ViewToColSetDataMap : public map<int /*nViewID*/, ItColSetDataList>
{
};
typedef ViewToColSetDataMap::value_type ViewToColSetDataVal;
// A one to one map from CColumnSetID to ViewToColSetDataMap.
class ColSetIDToViewTableMap : public map<CColumnSetID, ViewToColSetDataMap>
{
};
typedef ColSetIDToViewTableMap::value_type ColSetIDToViewTableVal;
// A one to one map from Snapin GUID to ColSetIDToToViewTableMap (snapins widthsets)
class SnapinToColSetIDMap : public map<CLSID, ColSetIDToViewTableMap>
{
};
typedef SnapinToColSetIDMap::value_type SnapinToColSetIDVal;
//+-------------------------------------------------------------------
//
// Some helper data structures that wont be persisted.
//
//--------------------------------------------------------------------
// A vector of strings to store column names
typedef vector<tstring> TStringVector;
//+-------------------------------------------------------------------
//
// Class: CColumnPersistInfo
//
// Purpose: This class has column persistence information for all
// views (therefore one per instance of mmc).
// Knows to load/save the info from streams.
//
// History: 10-27-1998 AnandhaG Created
//
// Data structures used to persist column information:
// A map from the ViewID to the CColumnSetData class.
// A multimap from ColumnSet-ID to above map.
// A map that maps snapin GUID to above map.
//
//--------------------------------------------------------------------
class CColumnPersistInfo : public IPersistStream, public CComObjectRoot, public CXMLObject
{
private:
BOOL m_bInitialized;
auto_ptr<ColSetDataList> m_spColSetList;
auto_ptr<SnapinToColSetIDMap> m_spSnapinsMap;
// This is the max number of items specified by user???
// We go 40% more so that we dont do garbage collection often.
DWORD m_dwMaxItems;
BOOL m_bDirty;
private:
BOOL ClearAllEntries();
public:
/*
* ATL COM map
*/
BEGIN_COM_MAP (CColumnPersistInfo)
COM_INTERFACE_ENTRY (IPersistStream)
END_COM_MAP ()
public:
CColumnPersistInfo();
~CColumnPersistInfo();
BOOL Init();
BOOL RetrieveColumnData( const CLSID& refSnapinCLSID, const SColumnSetID& colID,
INT nViewID, CColumnSetData& columnSetData);
BOOL SaveColumnData( const CLSID& refSnapinCLSID, const SColumnSetID& colID,
INT nViewID, CColumnSetData& columnSetData);
VOID DeleteColumnData( const CLSID& refSnapinCLSID, const SColumnSetID& colID,
INT nViewID);
BOOL DeleteColumnDataOfSnapin( const CLSID& refSnapinCLSID);
BOOL DeleteColumnDataOfView( int nViewID);
VOID GarbageCollectItems();
VOID DeleteMarkedItems();
// IPersistStream methods
STDMETHOD(IsDirty)(void)
{
if (m_bDirty)
return S_OK;
return S_FALSE;
}
STDMETHOD(GetSizeMax)(ULARGE_INTEGER *pcbSize)
{
return E_NOTIMPL;
}
STDMETHOD(GetClassID)(LPCLSID lpClsid)
{
lpClsid = NULL;
return E_NOTIMPL;
}
STDMETHOD(Load)(IStream *pStm);
STDMETHOD(Save)(IStream *pStm, BOOL fClearDirty);
DEFINE_XML_TYPE(XML_TAG_COLUMN_PERIST_INFO);
virtual void Persist(CPersistor &persistor);
};
//+-------------------------------------------------------------------
//
// Class: CColumnDlg
//
// Purpose: The column modification dialog.
//
// History: 11-15-1998 AnandhaG Created
//
//--------------------------------------------------------------------
class CColumnsDlg : public CDialogImpl<CColumnsDlg>
{
typedef CColumnsDlg ThisClass;
typedef CDialogImpl<CColumnsDlg> BaseClass;
// Constructor/Destrcutor
public:
CColumnsDlg(CColumnInfoList *pColumnInfoList, TStringVector* pStringVector, CColumnInfoList& defaultColumnInfoList)
: m_pColumnInfoList(pColumnInfoList), m_pStringVector(pStringVector), m_bDirty(false),
m_DefaultColumnInfoList(defaultColumnInfoList), m_bUsingDefaultColumnSettings(false)
{}
~CColumnsDlg()
{}
//MSGMAP
public:
BEGIN_MSG_MAP(ThisClass)
MESSAGE_HANDLER (WM_INITDIALOG, OnInitDialog)
CONTEXT_HELP_HANDLER()
COMMAND_ID_HANDLER (IDOK, OnOK)
COMMAND_ID_HANDLER (IDCANCEL, OnCancel)
COMMAND_ID_HANDLER (IDC_MOVEUP_COLUMN, OnMoveUp)
COMMAND_ID_HANDLER (IDC_MOVEDOWN_COLUMN , OnMoveDown)
COMMAND_ID_HANDLER (IDC_ADD_COLUMNS, OnAdd)
COMMAND_ID_HANDLER (IDC_REMOVE_COLUMNS, OnRemove)
COMMAND_ID_HANDLER (IDC_RESTORE_DEFAULT_COLUMNS, OnRestoreDefaultColumns)
COMMAND_HANDLER (IDC_HIDDEN_COLUMNS, LBN_SELCHANGE, OnSelChange);
COMMAND_HANDLER (IDC_DISPLAYED_COLUMNS, LBN_SELCHANGE, OnSelChange);
COMMAND_HANDLER (IDC_HIDDEN_COLUMNS, LBN_DBLCLK, OnAdd);
COMMAND_HANDLER (IDC_DISPLAYED_COLUMNS, LBN_DBLCLK, OnRemove);
END_MSG_MAP()
IMPLEMENT_CONTEXT_HELP(g_aHelpIDs_IDD_COLUMNS);
public:
// Operators
enum { IDD = IDD_COLUMNS };
// Generated message map functions
protected:
LRESULT OnInitDialog (UINT uMsg, WPARAM wParam, LPARAM lParam, BOOL& bHandled);
LRESULT OnOK (WORD wNotifyCode, WORD wID, HWND hWndCtl, BOOL& bHandled);
LRESULT OnCancel (WORD wNotifyCode, WORD wID, HWND hWndCtl, BOOL& bHandled);
LRESULT OnMoveUp (WORD wNotifyCode, WORD wID, HWND hWndCtl, BOOL& bHandled);
LRESULT OnMoveDown (WORD wNotifyCode, WORD wID, HWND hWndCtl, BOOL& bHandled);
LRESULT OnAdd (WORD wNotifyCode, WORD wID, HWND hWndCtl, BOOL& bHandled);
LRESULT OnRemove (WORD wNotifyCode, WORD wID, HWND hWndCtl, BOOL& bHandled);
LRESULT OnRestoreDefaultColumns (WORD wNotifyCode, WORD wID, HWND hWndCtl, BOOL& bHandled);
LRESULT OnSelChange (WORD wNotifyCode, WORD wID, HWND hWndCtl, BOOL& bHandled);
LRESULT OnHelp (UINT uMsg, WPARAM wParam, LPARAM lParam, BOOL& bHandled);
private:
void MoveItem (BOOL bMoveUp);
void InitializeLists ();
void EnableUIObjects ();
int GetColIndex(LPCTSTR lpszColName);
void SetListBoxHorizontalScrollbar(WTL::CListBox& listBox);
void SetDirty() { m_bDirty = true; m_bUsingDefaultColumnSettings = false;}
void SetUsingDefaultColumnSettings() { m_bDirty = true; m_bUsingDefaultColumnSettings = true;}
bool EnableControl(HWND hwnd, bool bEnable);
void SetListBoxHScrollSize()
{
SetListBoxHorizontalScrollbar(m_DisplayedColList);
SetListBoxHorizontalScrollbar(m_HiddenColList);
}
private:
WTL::CListBox m_HiddenColList;
WTL::CListBox m_DisplayedColList;
WTL::CButton m_btnAdd;
WTL::CButton m_btnRemove;
WTL::CButton m_btnRestoreDefaultColumns;
WTL::CButton m_btnMoveUp;
WTL::CButton m_btnMoveDown;
CColumnInfoList* m_pColumnInfoList;
TStringVector* m_pStringVector;
CColumnInfoList& m_DefaultColumnInfoList;
bool m_bDirty;
bool m_bUsingDefaultColumnSettings;
};
#endif /* COLWIDTH_H */