/
wfxListCtrl.cpp
1568 lines (1408 loc) · 32.8 KB
/
wfxListCtrl.cpp
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// This is a part of the Widget Foundation Classes.
// Copyright (C) Hirota Studio (www.hirotastudio.com)
// All rights reserved.
//
// This source code is only intended as a supplement to the
// Widget Foundation Classes Reference and related
// electronic documentation provided with the library.
// See these sources for detailed information regarding the
// Widget Foundation Classes product.
//
#include "StdAfx.h"
#include "wfxwidget.h"
#include "wfxcmnctrl.h"
#include "wfxrender.h"
USING_NAMESPACE_WFX;
///////////////////////////*** a gorgeous partition line ***/////////////////////////////
TNode::TNode()
: m_bexpanded(TRUE)
{
}
ULONG TNode::addChild(const SPTNode& pNode)
{
WFX_CONDITION(pNode != NULL);
pNode->setParent(this);
m_rgpChildren.push_back(pNode);
return m_rgpChildren.size();
}
ULONG TNode::InsertChild(ULONG nPos, const SPTNode& pNode)
{
BOOL bCondition = nPos <= m_rgpChildren.size();
WFX_CONDITION(bCondition);
if (bCondition)
{
m_rgpChildren.insert(m_rgpChildren.begin() + nPos, pNode);
return m_rgpChildren.size();
}
return 0;
}
ULONG TNode::getChildren(std::vector<SPTNode>& rgpChilren) const
{
rgpChilren = m_rgpChildren;
return rgpChilren.size();
}
ULONG TNode::getChildren() const
{
return m_rgpChildren.size();
}
BOOL TNode::hasChild() const
{
return m_rgpChildren.size() > 0;
}
ULONG TNode::getMyLayer() const
{
ULONG nLayer = 0;
if (m_pParent == NULL)
{
return nLayer;
}
nLayer++;
return nLayer + m_pParent->getMyLayer();
}
BOOL TNode::hasLayers() const
{
for (std::vector<SPTNode>::const_iterator it =
m_rgpChildren.begin(); it != m_rgpChildren.end(); ++it)
{
if ((*it)->hasChild())
{
return TRUE;
}
}
return FALSE;
}
TNode* TNode::getAt(ULONG nItem, BOOL bItemexpanded)
{
return bItemexpanded?
getAt_expanded(nItem) : getAt_All(nItem);
}
TNode* TNode::operator[](ULONG nItem)
{
return getAt(nItem, TRUE);
}
TNode* TNode::getParent() const
{
return m_pParent;
}
void TNode::setParent(TNode* pParent)
{
m_pParent = pParent;
}
BOOL TNode::isExpanded() const
{
return m_bexpanded;
}
void TNode::expand(BOOL bexpand /*= TRUE*/)
{
m_bexpanded = bexpand;
}
BOOL TNode::isExpanded(ULONG nItem, BOOL bItemexpanded /*= TRUE*/)
{
TNode* pNode = getAt(nItem, bItemexpanded);
if (pNode != NULL)
{
return pNode->isExpanded();
}
return FALSE;
}
ULONG TNode::expand(ULONG nItem, BOOL bItemexpanded /*= TRUE*/, BOOL bexpand /*= TRUE*/)
{
TNode* pNode = getAt(nItem, bItemexpanded);
ULONG nNodeItems = 0;
if (pNode != NULL)
{
if (!bexpand)
{
nNodeItems = pNode->getItems(bItemexpanded);
}
pNode->expand(bexpand);
if (bexpand)
{
nNodeItems = pNode->getItems(bItemexpanded);
}
return nNodeItems;
}
return 0;
}
ULONG TNode::getItems(BOOL bItemexpanded /*= TRUE*/) const
{
return bItemexpanded?
getItems_expanded(this) : getItems_All(this);
}
ULONG TNode::getItems_All(const TNode* pNode) const
{
ULONG nItems = 1;
for (std::vector<SPTNode>::const_iterator it =
m_rgpChildren.begin();
it != m_rgpChildren.end(); ++it)
{
nItems += getItems_All((*it).get());
}
return nItems;
}
ULONG TNode::getItems_expanded(const TNode* pNode) const
{
ULONG nItems = 0;
if (pNode->isExpanded())
{
std::vector<SPTNode> rgpChilren;
pNode->getChildren(rgpChilren);
for (std::vector<SPTNode>::const_iterator it =
rgpChilren.begin(); it != rgpChilren.end(); ++it)
{
nItems++;
nItems += getItems_expanded((*it).get());
}
}
return nItems;
}
TNode* TNode::getAt_All(ULONG nItem) const
{
ULONG nItems = 1;
for (std::vector<SPTNode>::const_iterator it =
m_rgpChildren.begin();
it != m_rgpChildren.end(); ++it)
{
if (nItems - 1 == nItem)
{
return (*it).get();
}
nItems += getItems_All((*it).get());
}
return NULL;
}
TNode* TNode::getAt_expanded(ULONG nItem)
{
ULONG nItems = 0;
return getAt_expanded(nItem, nItems, this);
}
TNode* TNode::getAt_expanded(ULONG nItem, ULONG& nItems, TNode* pNode)
{
TNode* pResultNode = NULL;
if (pNode->isExpanded())
{
std::vector<SPTNode> rgpChilren;
pNode->getChildren(rgpChilren);
for (std::vector<SPTNode>::const_iterator it =
rgpChilren.begin(); it != rgpChilren.end(); ++it)
{
nItems++;
if (nItems - 1 == nItem)
{
pResultNode = (*it).get();
break;
}
pResultNode = getAt_expanded(nItem, nItems, (*it).get());
if (pResultNode != NULL)
{
break;
}
}
}
else
{
if (nItems - 1 == nItem)
{
return pNode;
}
}
return pResultNode;
}
///////////////////////////*** a gorgeous partition line ***/////////////////////////////
Cell::Cell()
{
}
LRESULT Cell::onMouseMove( UINT uMsg,
WPARAM wParam,
LPARAM lParam,
BOOL& bHandled )
{
return sendParentMessage(WUM_LC_CELL_DRAW, wParam);
}
LRESULT Cell::onMouseLeave( UINT uMsg,
WPARAM wParam,
LPARAM lParam,
BOOL& bHandled )
{
return sendParentMessage(WUM_LC_CELL_DRAW, wParam);
}
LRESULT Cell::onLButtonUp( UINT uMsg, WPARAM wParam, LPARAM lParam, BOOL& bHandled )
{
return sendParentMessage(WUM_LC_CELL_DRAW, wParam);
}
void Cell::Draw( HDC hdc, const Rect& rcPaint, DWORD dwState,
const String& strText, COLORREF clrText, DWORD dwFormat )
{
WfxRender::drawHeadCell(hdc, rcPaint, dwState, strText,
clrText, dwFormat);
}
///////////////////////////*** a gorgeous partition line ***/////////////////////////////
void LayerCell::Draw(HDC hdc,const Rect& rcPaint, DWORD dwState,
const String& strText, COLORREF clrText, DWORD dwFormat)
{
WfxRender::drawLayerCell(hdc, rcPaint, dwState, strText, clrText, dwFormat);
}
LRESULT LayerCell::onLButtonUp(UINT uMsg, WPARAM wParam, LPARAM lParam,
BOOL& bHandled)
{
return sendParentMessage(WUM_LC_CELL_EXPAND, wParam);;
}
///////////////////////////*** a gorgeous partition line ***/////////////////////////////
ULONG HeaderCtrl::getItemCount() const
{
return m_rgpHdi.size();
}
BOOL HeaderCtrl::getItemRect( ULONG nIndex,
Rect& rc )
{
return TRUE;
}
ULONG HeaderCtrl::addItem(const HeaderInfo& hdi)
{
SPHeaderInfo pHdi(new HeaderInfo(hdi));
m_rgpHdi.push_back(pHdi);
return m_rgpHdi.size();
}
ULONG HeaderCtrl::insertItem( ULONG nPos,
const HeaderInfo& hdi )
{
WFX_CONDITION(nPos < m_rgpHdi.size());
if (nPos < m_rgpHdi.size())
{
SPHeaderInfo pHdi(new HeaderInfo(hdi));
m_rgpHdi.insert(m_rgpHdi.begin() + nPos, pHdi);
return m_rgpHdi.size();
}
return 0;
}
BOOL HeaderCtrl::removeItem( ULONG nPos )
{
return FALSE;
}
void HeaderCtrl::onDraw( HDC hdc, const Rect& rcPaint )
{
LONG nStartCol = sendParentMessage(WUM_LC_GET_PROPERTIES, LCP_START_COL);
LONG nEndCol = sendParentMessage(WUM_LC_GET_PROPERTIES, LCP_END_COL);
DWORD dwState = WCS_NORMAL;
LCDrawItemInfo* pDrawItemInfo = getDrawItemInfo();
pDrawItemInfo->clear();
pDrawItemInfo->m_hDC = hdc;
pDrawItemInfo->m_prcItem = &m_rcSeqBarHead;
pDrawItemInfo->m_dwState = dwState;
sendParentMessage(WUM_LC_SEQHEAD_DRAW, (WPARAM)pDrawItemInfo);
LONG nTotalCal = getTotalColumns();
if (nTotalCal <= 0)
{
return;
}
for (LONG nCol = nStartCol; nCol <= nEndCol; nCol++)
{
if (nCol == m_nSelected)
{
dwState |= WCS_SELECTED;
m_bAscendSort? dwState |= WCS_ASORT : dwState |= WCS_NASORT;
}
else
{
dwState = WCS_NORMAL;
}
pDrawItemInfo->m_nCol = nCol;
pDrawItemInfo->m_prcItem = &(m_rgpHdi[nCol]->rcPos);
pDrawItemInfo->m_dwState = dwState;
pDrawItemInfo->m_dwFormat = m_rgpHdi[nCol]->dwFormat;
pDrawItemInfo->m_pszText = m_rgpHdi[nCol]->strText.c_str();
sendParentMessage(WUM_LC_HEAD_DRAW, (WPARAM)pDrawItemInfo);
}
}
LRESULT HeaderCtrl::onSize( UINT uMsg, WPARAM wParam, LPARAM lParam, BOOL& bHandled )
{
Rect rc = getRect();
Rect rcItem = rc;
for (ULONG i = 0; i < m_rgpHdi.size(); i++)
{
rcItem.right = rcItem.left + m_rgpHdi[i]->cx;
m_rgpHdi[i]->rcPos = rcItem;
rcItem.left += rcItem.right - rcItem.left;
}
sendParentMessage(WUM_LC_HEADSIZE);
return 1;
}
LRESULT HeaderCtrl::onLButtonUp( UINT uMsg, WPARAM wParam, LPARAM lParam, BOOL& bHandled )
{
if (!verify())
{
return 1;
}
Point pt(lParam);
LONG nSelected = getSelected(pt);
m_bAscendSort = !m_bAscendSort;
m_nSelected = nSelected;
sendParentMessage(WUM_LC_HITCOL,
(WPARAM)m_nSelected, (LPARAM)m_bAscendSort);
return 1;
}
HeaderCtrl::HeaderCtrl()
: m_nSelected(-1)
, m_bAscendSort(FALSE)
, m_pDrawItemInfo(new LCDrawItemInfo)
{
}
LONG HeaderCtrl::getSelected() const
{
return m_nSelected;
}
void HeaderCtrl::setSelected( LONG nSelected )
{
m_nSelected = nSelected;
}
LONG HeaderCtrl::getSelected( POINT pt )
{
LONG nStartCol = sendParentMessage(WUM_LC_GET_PROPERTIES, LCP_START_COL);
LONG nEndCol = sendParentMessage(WUM_LC_GET_PROPERTIES, LCP_END_COL);
Rect rcItem;
for (LONG nCol = nStartCol; nCol <= nEndCol; nCol++)
{
rcItem = m_rgpHdi[nCol]->rcPos;
if (rcItem.PtInRect(pt))
{
return nCol;
}
}
return -1;
}
void HeaderCtrl::calcCellRect()
{
LONG nStartCol = sendParentMessage(WUM_LC_GET_PROPERTIES, LCP_START_COL);
LONG nEndCol = sendParentMessage(WUM_LC_GET_PROPERTIES, LCP_END_COL);
if (nStartCol < 0 || nEndCol < 0)
{
return;
}
ULONG nRowNumBarWidth = sendParentMessage(WUM_LC_GET_PROPERTIES, LCP_ROWNUM_WIDTH);
Rect rcWid = getRect();
m_rcSeqBarHead = rcWid;
m_rcSeqBarHead.right = m_rcSeqBarHead.left + nRowNumBarWidth;
Rect rcItem = rcWid;
rcItem.left += nRowNumBarWidth;
for (LONG nCol = nStartCol; nCol <= nEndCol && nCol < m_rgpHdi.size(); nCol++)
{
rcItem.right = rcItem.left + m_rgpHdi[nCol]->cx;
m_rgpHdi[nCol]->rcPos = rcItem;
rcItem.left += rcItem.right - rcItem.left;
}
}
LCDrawItemInfo* HeaderCtrl::getDrawItemInfo() const
{
return m_pDrawItemInfo.get();
}
Cell* HeaderCtrl::getCell( ULONG nCol )
{
static Cell cell;
return &cell;
}
ULONG HeaderCtrl::getCellType(ULONG nCol) const
{
WFX_CONDITION(nCol < m_rgpHdi.size());
if (nCol < m_rgpHdi.size())
{
return m_rgpHdi[nCol]->m_nType;
}
return 0;
}
BOOL HeaderCtrl::IsAscendSort() const
{
return m_bAscendSort;
}
ULONG HeaderCtrl::getTotalColumns() const
{
return m_rgpHdi.size();
}
ULONG HeaderCtrl::getColumnWidth( ULONG nCol ) const
{
if (nCol >= m_rgpHdi.size())
return 0;
return m_rgpHdi[nCol]->cx;
}
BOOL HeaderCtrl::verify() const
{
ULONG nTotalCol = getTotalColumns();
return nTotalCol > 0;
}
///////////////////////////*** a gorgeous partition line ***/////////////////////////////
CellID::CellID(LONG nRow /*= -1*/, LONG nCol /*= -1*/)
: m_nRow(nRow)
, m_nCol(nCol)
{
}
BOOL CellID::isValidID() const
{
return (m_nRow >= 0 && m_nCol >= 0);
}
bool CellID::operator()(const CellID& id1, const CellID& id2) const
{
if (id1.m_nRow < id2.m_nRow)
return true;
else if (id1.m_nRow > id2.m_nRow)
return false;
else if (id1.m_nCol < id2.m_nCol )
return true;
else
return false;
}
bool CellID::operator<(const CellID& other) const
{
return operator()(*this, other);
}
bool CellID::operator==( const CellID& other ) const
{
return (other.m_nRow == m_nRow && other.m_nCol == m_nCol);
}
bool CellID::operator!=(const CellID& other) const
{
return !operator==(other);
}
void CellID::clear()
{
m_nRow = -1;
m_nCol = -1;
}
///////////////////////////*** a gorgeous partition line ***/////////////////////////////
///////////////////////////*** a gorgeous partition line ***/////////////////////////////
VorticalLayerCtrl::VorticalLayerCtrl()
: m_pRoot(new TNode)
, m_bCached(TRUE)
{
}
ULONG VorticalLayerCtrl::addItem()
{
setVirtualSizeCached(FALSE);
m_pRoot->addChild(SPTNode(new TNode));
CacheInfo chinfo(1, TRUE);
m_rgCacheInfo.push_back(chinfo);
return m_rgCacheInfo.size();
}
ULONG VorticalLayerCtrl::insertItem(ULONG nItem)
{
if (m_pRoot->InsertChild(nItem, SPTNode(new TNode)) != 0)
{
setVirtualSizeCached(FALSE);
CacheInfo chinfo(1, TRUE);
WFX_CONDITION(nItem + 1 <= m_rgCacheInfo.size());
m_rgCacheInfo.insert(m_rgCacheInfo.begin() + nItem + 1, chinfo);
}
return m_rgCacheInfo.size();
}
ULONG VorticalLayerCtrl::insertSubItem(ULONG nItem)
{
TNode* pNode = m_pRoot->getAt(nItem);
if (pNode != NULL)
{
setVirtualSizeCached(FALSE);
pNode->addChild(SPTNode(new TNode));
if (pNode->isExpanded())
{
CacheInfo chinfo(pNode->getMyLayer() + 1, TRUE);
WFX_CONDITION(nItem + 1 <= m_rgCacheInfo.size());
m_rgCacheInfo.insert(m_rgCacheInfo.begin() + nItem + 1, chinfo);
}
}
return m_rgCacheInfo.size();
}
ULONG VorticalLayerCtrl::expand(ULONG nItem, BOOL bexpand /*= TRUE*/)
{
m_bCached = FALSE;
ULONG nLine = m_pRoot->expand(nItem, TRUE, bexpand);
if (bexpand)
{
WFX_CONDITION(nItem < m_rgCacheInfo.size());
m_rgCacheInfo[nItem].m_bexpanded = TRUE;
for (int i = 0; i < nLine; i++)
{
WFX_CONDITION(nItem + i + 1 <= m_rgCacheInfo.size());
CacheInfo chinfo(getLayer(nItem + i + 1), TRUE);
m_rgCacheInfo.insert(m_rgCacheInfo.begin() + nItem + 1, chinfo);
}
}
else
{
m_rgCacheInfo[nItem].m_bexpanded = FALSE;
for (int i = 0; i < nLine; i++)
{
WFX_CONDITION(nItem + i + 1 < m_rgCacheInfo.size());
m_rgCacheInfo.erase(m_rgCacheInfo.begin() + nItem + 1);
}
}
refreshCache();
return m_rgCacheInfo.size();
}
BOOL VorticalLayerCtrl::isExpanded(ULONG nItem) const
{
if (m_bCached)
{
WFX_CONDITION(nItem < m_rgCacheInfo.size());
return m_rgCacheInfo[nItem].m_bexpanded;
}
return m_pRoot->isExpanded(nItem);
}
ULONG VorticalLayerCtrl::getLayer(ULONG nItem) const
{
if (m_bCached)
{
WFX_CONDITION(nItem < m_rgCacheInfo.size());
return m_rgCacheInfo[nItem].m_nLayer;
}
TNode* pNode = m_pRoot->getAt(nItem);
if (pNode != NULL)
{
return pNode->getMyLayer();
}
return 0;
}
ULONG VorticalLayerCtrl::getTotalItems() const
{
if (m_bCached)
{
return m_rgCacheInfo.size();
}
return m_pRoot->getItems();
}
void VorticalLayerCtrl::refreshCache()
{
m_bCached = TRUE;
}
///////////////////////////*** a gorgeous partition line ***/////////////////////////////
ListCtrl::ListCtrl()
: m_pHeadCtrl(new HeaderCtrl)
, m_nHeadHeight(WID_LC_HEAD_HEIGHT)
, m_nStartRow(0)
, m_nEndRow(0)
, m_nStartCol(0)
, m_nEndCol(0)
, m_nFixedRow(-1)
, m_nFixedCol(-1)
, m_nRowNumBarWidth(20)
, m_bHasSubItem(FALSE)
{
}
ULONG ListCtrl::getColumnWidth( ULONG nCol ) const
{
return m_pHeadCtrl->getColumnWidth(nCol);
}
BOOL ListCtrl::setColumnWidth( ULONG nCol, ULONG cx )
{
return TRUE;
}
HeaderCtrl* ListCtrl::getHeaderCtrl() const
{
return m_pHeadCtrl.get();
}
void ListCtrl::setHeaderCtrl( HeaderCtrl* pHeader )
{
}
String ListCtrl::getItemText( ULONG nItem,
ULONG nSubItem ) const
{
return L"";
}
BOOL ListCtrl::setItemText( ULONG nItem,
ULONG nSubItem,
const String& strText )
{
return FALSE;
}
LRESULT ListCtrl::onCreate( UINT uMsg,
WPARAM wParam,
LPARAM lParam,
BOOL& bHandled )
{
Rect rc;
m_pHeadCtrl->create(rc, this);
return 0;
}
LRESULT ListCtrl::onSize( UINT uMsg,
WPARAM wParam,
LPARAM lParam,
BOOL& bHandled )
{
Rect rc = getClientRect();
rc.bottom = rc.top + m_nHeadHeight;
rc.left += 1;
rc.right -= 1;
rc.top += 1;
if (!rc.isValid())
{
rc.empty();
}
m_pHeadCtrl->setRect(rc);
calcRow();
calcCol();
calcCellRect();
m_pHeadCtrl->calcCellRect();
return 1;
}
ULONG ListCtrl::addColumn(const String& strName,
UINT nWidth, DWORD dwFormat, ULONG nCellType, BOOL bAdjust /*= FALSE*/)
{
setVirtualSizeCached(FALSE);
HeaderInfo hi;
hi.cx = nWidth;
hi.strText = strName;
hi.m_nType = nCellType;
ULONG nTotalCols = m_pHeadCtrl->addItem(hi);
if (bAdjust)
{
}
return nTotalCols;
}
ULONG ListCtrl::insertColumn(ULONG nCol, const String& strName,
UINT nWidth,
DWORD dwFormat,
ULONG nCellType,
BOOL bAdjust /*= FALSE*/)
{
setVirtualSizeCached(FALSE);
HeaderInfo hi;
hi.cx = nWidth;
hi.strText = strName;
hi.m_nType = nCellType;
ULONG nTotalCols = m_pHeadCtrl->insertItem(nCol, hi);
if (bAdjust)
{
}
return nTotalCols;
}
Cell* ListCtrl::getCell(ULONG nCellType)
{
switch(nCellType)
{
case WCT_TEXT:
{
static Cell cell;
cell.setParent(this);
return &cell;
}
case WCT_Layer:
{
static LayerCell cell;
cell.setParent(this);
return &cell;
}
default:
{
static Cell cell;
cell.setParent(this);
return &cell;
}
}
}
Cell* ListCtrl::getCell( ULONG nRow, ULONG nCol )
{
return getCell(m_pHeadCtrl->getCellType(nCol));
}
Cell* ListCtrl::getCell(const CellID& cellID)
{
return getCell(cellID.m_nRow, cellID.m_nCol);
}
BOOL ListCtrl::getCellIndirect(const CellID& cellID,
std::pair<Cell*, Rect>& cell)
{
LONG nOffsetRow = cellID.m_nRow - m_nStartRow;
LONG nOffsetCol = cellID.m_nCol - m_nStartCol;
if (nOffsetRow >= m_rgRectFast.size())
{
return FALSE;
}
if (nOffsetCol >= m_rgRectFast[nOffsetRow].size())
{
return FALSE;
}
cell.first = getCell(cellID);
cell.second = m_rgRectFast[nOffsetRow][nOffsetCol];
return TRUE;
}
BOOL ListCtrl::getCellID( POINT pt, std::pair<CellID, Rect>& cellID) const
{
for(std::map<CellID, Rect>::const_iterator it = m_rgRect.begin();
it != m_rgRect.end(); ++it)
{
if (it->second.PtInRect(pt))
{
cellID = (*it);
return TRUE;
}
}
return FALSE;
}
BOOL ListCtrl::isValidCellID( const CellID& cellID ) const
{
return m_rgRect.find(cellID) != m_rgRect.end();
}
LRESULT ListCtrl::onColChanged( UINT uMsg, WPARAM wParam, LPARAM lParam, BOOL& bHandled )
{
invalidWid();
return 1;
}
ULONG ListCtrl::addRow(LONG nHeight /*= -1*/, BOOL bAdjust /*= FALSE*/)
{
ULONG nTotalItems = addItem();
if (bAdjust)
{
}
return nTotalItems;
}
ULONG ListCtrl::insertRow( ULONG nRow, LONG nHeight /*= -1*/, BOOL bAdjust /*= FALSE*/ )
{
ULONG nTotalItems = insertItem(nRow);
if (bAdjust)
{
}
return nTotalItems;
}
ULONG ListCtrl::insertSubRow(ULONG nRow, LONG nHeight /*= -1*/, BOOL bAdjust /*= FALSE*/)
{
if (!m_bHasSubItem)
{
insertColumn(0, L"Layer", 400, DT_VCENTER | DT_SINGLELINE | DT_CENTER, WCT_Layer);
m_bHasSubItem = TRUE;
}
ULONG nTotalItems = insertSubItem(nRow);
if (bAdjust)
{
}
return nTotalItems;
}
ULONG ListCtrl::expand(ULONG nRow, BOOL bexpand /*= TRUE*/, BOOL bAdjust /*= FALSE*/)
{
ULONG nTotalItems = __super::expand(nRow, bexpand);
if (1/*bAdjust*/)
{
calcRow();
calcCellRect();
}
return nTotalItems;
}
BOOL ListCtrl::isExpanded(ULONG nRow) const
{
return __super::isExpanded(nRow);
}
COLORREF getColor(ULONG nLayer)
{
ULONG nRed = 255;
ULONG nGreen = 0;
nRed -= (nLayer - 1) * 100;
nGreen += (nLayer - 1) * 100;
return RGB(nRed, nGreen, 0);
}
void ListCtrl::onDraw( HDC hdc, const Rect& rcPaint )
{
Rect rc = getRect();
if (!verify())
{
WfxRender::drawFrame(hdc, rc, WBTN_BKGND_MOUSE, getDispatcher());
return;
}
LCDrawItemInfo* pDrawItemInfo = getDrawItemInfo();
pDrawItemInfo->clear();
pDrawItemInfo->m_hDC = hdc;
Rect rcCell;
DWORD dwState = WCS_NORMAL;
ULONG nLayer = 0;
BOOL bRowexpanded = FALSE;
COLORREF clrText = 0;
LONG nLayerOffset = 0;
LONG nTotalRow = getTotalRows();
LONG nTotalCol = getTotalColumns();
ULONG nSeqBarWidth = getRowNumBarWidth();
ObjectAdapterBase* pOjbect = NULL;
for (LONG nRow = m_nStartRow, nRowNum = 0; nRow <= m_nEndRow; nRow++, nRowNum++)
{
pDrawItemInfo->m_nRow = nRow;
WFX_CONDITION(m_rgRowNumRect.size() > nRowNum);
pDrawItemInfo->m_prcItem = &m_rgRowNumRect[nRowNum];
pDrawItemInfo->m_dwState = 0;
onDrawSeqBar(pDrawItemInfo);
nLayer = getLayer(nRow);
nLayerOffset = (nLayer - 1) * 30;
clrText = getColor(nLayer);
if (m_bHasSubItem)
{
bRowexpanded = isExpanded(nRow);
}
pOjbect = m_pArrayAdapter->getAt(nRow);
WFX_CONDITION(pOjbect != NULL);
for (LONG nCol = m_nStartCol; nCol <= m_nEndCol; nCol++)
{
WFX_CONDITION(nCol < pOjbect->getCount());
AttributeBase* pAttribute = pOjbect->getAt(nCol);
WFX_CONDITION(pAttribute != NULL);
CellID cellID(nRow, nCol);
dwState = WCS_NORMAL;
if (m_bHasSubItem && nCol == 0)
{
if (bRowexpanded)
{
dwState |= WCS_EXPAND;
}
else
{
dwState |= WCS_CLOSE;
}
}
if (m_cellSelected == cellID)
{
dwState |= WCS_SELECTED;
}
if (m_cellMouseMove == cellID)
{
dwState |= WCS_MOUSEMOVE;
}
rcCell = getCellRect(nRow, nCol);
rcCell.left += nLayerOffset;
pDrawItemInfo->m_nCol = nCol;
pDrawItemInfo->m_prcItem = &rcCell;
pDrawItemInfo->m_dwState = dwState;
pDrawItemInfo->m_pszText = pAttribute->getText().c_str();
pDrawItemInfo->m_dwFormat = pAttribute->getFormat();
onDrawItem(pDrawItemInfo);
}
}
WfxRender::drawFrame(hdc, rc, WBTN_BKGND_MOUSE, getDispatcher());
}
void ListCtrl::onDrawItem( const LCDrawItemInfo* pDrawItemInfo )
{
Cell* pCell = getCell(pDrawItemInfo->m_nRow, pDrawItemInfo->m_nCol);
if (pCell == NULL)
{
return;
}
String strCellText;
strCellText.format(L"ROW:%d COL:%d",
pDrawItemInfo->m_nRow, pDrawItemInfo->m_nCol);
pCell->Draw(pDrawItemInfo->m_hDC,
*(pDrawItemInfo->m_prcItem),
pDrawItemInfo->m_dwState, strCellText,
WBTN_BKGND_MOUSE, DT_VCENTER | DT_SINGLELINE | DT_CENTER);
}
void ListCtrl::onDrawSeqBar( const LCDrawItemInfo* pDrawItemInfo )
{
Cell* pCell = getCell(0, 0);
if (pCell == NULL)
{
return;
}