// 统计各类规则数量
int CDlgAddCheckRule::GetRuleCount(HTREEITEM item)
{
if (!m_treeCheckRule.ItemHasChildren(item))
{
return 1;
}
int nCount = 0;
HTREEITEM itemChild;
itemChild = m_treeCheckRule.GetChildItem(item);
nCount += GetRuleCount(itemChild);
while (1)
{
itemChild = m_treeCheckRule.GetNextSiblingItem(itemChild);
if (!itemChild)
break;
nCount += GetRuleCount(itemChild);
}
CString strItemText = m_treeCheckRule.GetItemText(item);
strItemText.Format(L"%s（%d）", strItemText, nCount);
m_treeCheckRule.SetItemText(item, strItemText);
return nCount;
}
void CTDLFindTaskExpressionListCtrl::BuildListCtrl()
{
DeleteAllItems();
for (int nParam = 0; nParam < GetRuleCount(); nParam++)
{
const SEARCHPARAM& sp = m_aSearchParams[nParam];
// attrib
CString sAttrib = m_cbAttributes.GetAttributeName(sp);
int nItem = InsertItem(nParam, sAttrib);
// operator
CString sOp = GetOpName(sp.GetOperator());
SetItemText(nItem, OPERATOR, sOp);
// value
UpdateValueColumnText(nItem);
// and/or (but not for last row)
if (nParam < GetRuleCount() - 1)
{
CEnString sAndOr(sp.GetAnd() ? IDS_FP_AND : IDS_FP_OR);
SetItemText(nItem, ANDOR, sAndOr);
}
}
ValidateListData();
SetCurSel(0);
}
BOOL CTDLFindTaskExpressionListCtrl::DeleteSelectedCell()
{
int nRow, nCol;
GetCurSel(nRow, nCol);
if (nRow < GetRuleCount())
{
if (nCol == ATTRIB)
{
CInputListCtrl::DeleteSelectedCell();
m_aSearchParams.RemoveAt(nRow);
ValidateListData();
SetCurSel(nRow);
return TRUE;
}
else if (nCol == VALUE) // clear text
{
SetItemText(nRow, nCol, _T(""));
m_aSearchParams[nRow].ClearValue();
}
}
// else
return FALSE;
}
void CTDLFindTaskExpressionListCtrl::OnChar(UINT nChar, UINT nRepCnt, UINT nFlags)
{
int nItem, nCol;
GetCurSel(nItem, nCol);
if (GetRuleCount() > 0 || nCol == ATTRIB)
{
// if the user typed an alphanumeric char then begin editing automatically
// numeric keys only work for value column
if (isalpha(nChar) || (nCol == VALUE && isdigit(nChar)))
{
EditCell(nItem, nCol);
// forward key down on to edit control
CWnd* pEdit = GetEditControl(nItem, nCol);
if (pEdit)
{
pEdit->PostMessage(WM_CHAR, nChar, MAKELPARAM(nRepCnt, nFlags));
return; // eat it
}
}
}
CInputListCtrl::OnChar(nChar, nRepCnt, nFlags);
}
CWnd* CTDLFindTaskExpressionListCtrl::GetEditControl(int nItem, int nCol)
{
if (nItem < 0 || nItem > GetRuleCount() || nCol > ANDOR)
return NULL;
const SEARCHPARAM& sp = m_aSearchParams[nItem];
switch (nCol)
{
case ATTRIB:
return &m_cbAttributes;
case OPERATOR:
if (!sp.AttributeIs(TDCA_NONE))
{
return &m_cbOperators;
}
break;
case VALUE:
if (sp.OperatorIs(FO_SET) || sp.OperatorIs(FO_NOT_SET))
{
// handled by operator
}
else
{
FIND_ATTRIBTYPE nType = sp.GetAttribType();
switch (nType)
{
case FT_DATE:
return &m_dtDate;
case FT_TIME:
return &m_eTime;
case FT_BOOL:
// do nothing: it's handled by the operator
break;
case FT_NONE:
// do nothing.
break;
case FT_STRING:
case FT_DATE_REL:
default:
return CInputListCtrl::GetEditControl();
}
}
break;
case ANDOR:
return &m_cbAndOr;
}
// all else
return NULL;
}
void CTDLFindTaskExpressionListCtrl::RefreshAndOrColumnText()
{
for (int nParam = 0; nParam < GetRuleCount(); nParam++)
{
const SEARCHPARAM& sp = m_aSearchParams[nParam];
// and/or (but not for last row)
if (nParam < GetRuleCount() - 1)
{
CEnString sAndOr(sp.GetAnd() ? IDS_FP_AND : IDS_FP_OR);
SetItemText(nParam, ANDOR, sAndOr);
}
else
{
SetItemText(nParam, ANDOR, _T(""));
}
}
}
IL_COLUMNTYPE CTDLFindTaskExpressionListCtrl::GetCellType(int nRow, int nCol) const
{
if (nRow < 0 || nRow >= GetRuleCount() || nCol > ANDOR)
{
return CInputListCtrl::GetCellType(nRow, nCol);
}
const SEARCHPARAM& sp = m_aSearchParams[nRow];
switch (nCol)
{
case ATTRIB:
return ILCT_DROPLIST;
case OPERATOR:
if (!sp.AttributeIs(TDCA_NONE))
{
return ILCT_DROPLIST;
}
break;
case VALUE:
if (sp.OperatorIs(FO_SET) || sp.OperatorIs(FO_NOT_SET))
{
// handled by operator
}
else
{
switch (sp.GetAttribType())
{
case FT_DATE:
return ILCT_DATE;
case FT_TIME:
// do nothing.
break;
case FT_BOOL:
// do nothing: it's handled by the operator
break;
case FT_NONE:
// do nothing.
break;
}
}
break;
case ANDOR:
return ILCT_DROPLIST;
}
// all else
return CInputListCtrl::GetCellType(nRow, nCol);
}
BOOL CTDLFindTaskExpressionListCtrl::AddRule()
{
SEARCHPARAM sp(TDCA_TASKNAMEORCOMMENTS, FOP_INCLUDES);
int nRow = InsertRule(GetRuleCount(), sp);
// make sure the 'and/or' text of the preceding rule is set
RefreshAndOrColumnText();
SetCurSel(nRow, ATTRIB);
EnsureVisible(nRow, FALSE);
return TRUE;
}
void CTDLFindTaskExpressionListCtrl::EditCell(int nItem, int nCol)
{
// handle new rules
if (nItem == GetRuleCount() && nCol == ATTRIB)
AddRule();
CWnd* pEdit = GetEditControl(nItem, nCol);
ASSERT (pEdit);
if (!pEdit)
return;
const SEARCHPARAM& sp = m_aSearchParams[nItem];
switch (nCol)
{
case ATTRIB:
case OPERATOR:
case ANDOR:
ShowControl(*pEdit, nItem, nCol);
break;
case VALUE:
if (sp.GetOperator() != FOP_SET && sp.GetOperator() != FOP_NOT_SET)
{
switch (sp.GetAttribType())
{
case FT_DATE:
case FT_TIME:
ShowControl(*pEdit, nItem, nCol);
break;
default:
PrepareEdit(nItem, nCol);
if (pEdit == &m_editBox)
CInputListCtrl::EditCell(nItem, nCol);
else
ShowControl(*pEdit, nItem, nCol);
}
}
break;
}
}
BOOL CTDLFindTaskExpressionListCtrl::AddRule()
{
SEARCHPARAM sp(TDCA_TASKNAMEORCOMMENTS, FO_INCLUDES);
int nRow = InsertRule(GetRuleCount(), sp);
// make sure the 'and/or' text of the preceding rule is set
if (nRow > 0)
{
SEARCHPARAM& spPrev = m_aSearchParams[nRow - 1];
CEnString sAndOr(spPrev.GetAnd() ? IDS_FP_AND : IDS_FP_OR);
SetItemText(nRow - 1, ANDOR, sAndOr);
}
SetCurSel(nRow, ATTRIB);
EnsureVisible(nRow, FALSE);
return TRUE;
}
int CTDLFindTaskExpressionListCtrl::InsertRule(int nRow, const SEARCHPARAM& sp)
{
m_aSearchParams.InsertAt(nRow, sp);
CString sItem = m_cbAttributes.GetAttributeName(sp);
int nNew = InsertItem(nRow, sItem);
SetItemText(nNew, OPERATOR, GetOpName(sp.GetOperator()));
UpdateValueColumnText(nRow);
// omit and/or for last rule
if (nRow < GetRuleCount() - 1)
{
CEnString sAndOr(sp.GetAnd() ? IDS_FP_AND : IDS_FP_OR);
SetItemText(nNew, ANDOR, sAndOr);
}
return nNew;
}
void CTDLFindTaskExpressionListCtrl::ValidateListData() const
{
#ifdef _DEBUG
for (int nRule = 0; nRule < GetRuleCount(); nRule++)
{
const SEARCHPARAM& rule = m_aSearchParams[nRule];
// check matching attribute text
CString sRuleAttrib = m_cbAttributes.GetAttributeName(rule);
CString sListAttrib = GetItemText(nRule, ATTRIB);
ASSERT (sRuleAttrib == sListAttrib);
// check matching operator text
CString sRuleOp = GetOpName(rule.GetOperator());
CString sListOp = GetItemText(nRule, OPERATOR);
ASSERT (sListOp.IsEmpty() || sRuleOp == sListOp);
// check valid operator
ASSERT(rule.HasValidOperator());
}
#endif
}
void CTDLFindTaskExpressionListCtrl::PrepareControl(CWnd& ctrl, int nRow, int nCol)
{
UNREFERENCED_PARAMETER(ctrl);
if (!GetRuleCount())
return;
SEARCHPARAM& sp = m_aSearchParams[nRow];
switch (nCol)
{
case ATTRIB:
{
ASSERT (&ctrl == &m_cbAttributes);
m_cbAttributes.SelectAttribute(sp);
CDialogHelper::RefreshMaxDropWidth(m_cbAttributes);
}
break;
case OPERATOR:
{
ASSERT (&ctrl == &m_cbOperators);
m_cbOperators.ResetContent();
FIND_ATTRIBTYPE nType = sp.GetAttribType();
switch (nType)
{
case FT_STRING:
AddOperatorToCombo(FOP_SET);
AddOperatorToCombo(FOP_NOT_SET);
AddOperatorToCombo(FOP_EQUALS);
AddOperatorToCombo(FOP_NOT_EQUALS);
AddOperatorToCombo(FOP_INCLUDES);
AddOperatorToCombo(FOP_NOT_INCLUDES);
break;
case FT_INTEGER:
case FT_DOUBLE:
case FT_TIME:
AddOperatorToCombo(FOP_SET);
AddOperatorToCombo(FOP_NOT_SET);
AddOperatorToCombo(FOP_EQUALS);
AddOperatorToCombo(FOP_NOT_EQUALS);
AddOperatorToCombo(FOP_GREATER);
AddOperatorToCombo(FOP_GREATER_OR_EQUAL);
AddOperatorToCombo(FOP_LESS);
AddOperatorToCombo(FOP_LESS_OR_EQUAL);
break;
case FT_DATE:
AddOperatorToCombo(FOP_SET);
AddOperatorToCombo(FOP_NOT_SET);
// fall thru
case FT_DATE_REL:
AddOperatorToCombo(FOP_EQUALS);
AddOperatorToCombo(FOP_NOT_EQUALS);
AddOperatorToCombo(FOP_AFTER);
AddOperatorToCombo(FOP_ON_OR_AFTER);
AddOperatorToCombo(FOP_BEFORE);
AddOperatorToCombo(FOP_ON_OR_BEFORE);
break;
case FT_BOOL:
AddOperatorToCombo(FOP_SET);
AddOperatorToCombo(FOP_NOT_SET);
break;
}
CDialogHelper::SelectItemByData(m_cbOperators, (DWORD)sp.GetOperator());
}
break;
case ANDOR:
{
ASSERT (&ctrl == &m_cbAndOr);
if (sp.GetAnd())
m_cbAndOr.SelectString(-1, CEnString(IDS_FP_AND));
else
m_cbAndOr.SelectString(-1, CEnString(IDS_FP_OR));
}
break;
case VALUE:
if (&ctrl == &m_dtcDate)
{
// if the rule does not yet have a date then set it now to
// the current date because that's whats the date ctrl will default to
if (!CDateHelper::IsDateSet(sp.ValueAsDate()))
{
sp.SetValue(COleDateTime::GetCurrentTime());
SetItemText(nRow, nCol, sp.ValueAsDate().Format(VAR_DATEVALUEONLY));
}
else
{
m_dtcDate.SetTime(sp.ValueAsDouble());
}
}
else if (&ctrl == &m_eTime)
{
m_eTime.SetTime(sp.ValueAsDouble(), (TCHAR)sp.GetFlags());
}
else if (&ctrl == &m_cbListValues)
{
m_cbListValues.ResetContent();
TDCCUSTOMATTRIBUTEDEFINITION attribDef;
if (CTDCCustomAttributeHelper::GetAttributeDef(sp.GetAttribute(), m_aAttribDefs, attribDef))
{
if (attribDef.IsList())
{
int nItem = attribDef.aDefaultListData.GetSize();
while (nItem--)
m_cbListValues.AddString(attribDef.aDefaultListData[nItem]);
nItem = attribDef.aAutoListData.GetSize();
while (nItem--)
m_cbListValues.AddString(attribDef.aAutoListData[nItem]);
}
}
else
{
switch (sp.GetAttribute())
{
case TDCA_CATEGORY: CDialogHelper::SetComboBoxItems(m_cbListValues, m_tldListContents.aCategory); break;
case TDCA_ALLOCTO: CDialogHelper::SetComboBoxItems(m_cbListValues, m_tldListContents.aAllocTo); break;
case TDCA_ALLOCBY: CDialogHelper::SetComboBoxItems(m_cbListValues, m_tldListContents.aAllocBy); break;
case TDCA_VERSION: CDialogHelper::SetComboBoxItems(m_cbListValues, m_tldListContents.aVersion); break;
case TDCA_TAGS: CDialogHelper::SetComboBoxItems(m_cbListValues, m_tldListContents.aTags); break;
case TDCA_STATUS: CDialogHelper::SetComboBoxItems(m_cbListValues, m_tldListContents.aStatus); break;
}
}
m_cbListValues.SelectString(0, sp.ValueAsString());
}
else if (&ctrl == &m_cbPriority)
{
m_cbPriority.SetSelectedPriority(sp.ValueAsInteger());
}
else if (&ctrl == &m_cbRisk)
{
m_cbRisk.SetSelectedRisk(sp.ValueAsInteger());
}
break;
}
}
BOOL CTDLFindTaskExpressionListCtrl::CanMoveSelectedRuleDown() const
{
return (GetCurSel() < GetRuleCount() - 1);
}
BOOL CTDLFindTaskExpressionListCtrl::CanMoveSelectedRuleUp() const
{
int nRow = GetCurSel();
return (nRow > 0 && nRow < GetRuleCount());
}
IL_COLUMNTYPE CTDLFindTaskExpressionListCtrl::GetCellType(int nRow, int nCol) const
{
if (nRow < 0 || nRow >= GetRuleCount() || nCol > ANDOR)
{
return CInputListCtrl::GetCellType(nRow, nCol);
}
const SEARCHPARAM& sp = m_aSearchParams[nRow];
switch (nCol)
{
case ATTRIB:
return ILCT_DROPLIST;
case OPERATOR:
if (!sp.AttributeIs(TDCA_NONE))
{
return ILCT_DROPLIST;
}
break;
case VALUE:
if (sp.OperatorIs(FOP_SET) || sp.OperatorIs(FOP_NOT_SET))
{
// handled by operator
}
else
{
switch (sp.GetAttribType())
{
case FT_DATE:
return ILCT_DATE;
case FT_TIME:
// do nothing.
break;
case FT_BOOL:
// do nothing: it's handled by the operator
break;
case FT_NONE:
// do nothing.
break;
default:
{
TDC_ATTRIBUTE nAttrib = sp.GetAttribute();
switch (nAttrib)
{
case TDCA_ALLOCTO:
case TDCA_ALLOCBY:
case TDCA_STATUS:
case TDCA_CATEGORY:
case TDCA_VERSION:
case TDCA_TAGS:
case TDCA_PRIORITY:
case TDCA_RISK:
return ILCT_DROPLIST;
default:
{
TDCCUSTOMATTRIBUTEDEFINITION attribDef;
if (CTDCCustomAttributeHelper::GetAttributeDef(nAttrib, m_aAttribDefs, attribDef))
{
if (attribDef.IsList())
return ILCT_DROPLIST;
}
}
break;
}
}
}
}
break;
case ANDOR:
return ILCT_DROPLIST;
}
// all else
return CInputListCtrl::GetCellType(nRow, nCol);
}
CWnd* CTDLFindTaskExpressionListCtrl::GetEditControl(int nItem, int nCol)
{
if (nItem < 0 || nItem > GetRuleCount() || nCol > ANDOR)
return NULL;
const SEARCHPARAM& sp = m_aSearchParams[nItem];
switch (nCol)
{
case ATTRIB:
return &m_cbAttributes;
case OPERATOR:
if (!sp.AttributeIs(TDCA_NONE))
{
return &m_cbOperators;
}
break;
case VALUE:
if (sp.OperatorIs(FOP_SET) || sp.OperatorIs(FOP_NOT_SET))
{
// handled by operator
}
else
{
FIND_ATTRIBTYPE nType = sp.GetAttribType();
switch (nType)
{
case FT_DATE:
return &m_dtcDate;
case FT_TIME:
return &m_eTime;
case FT_BOOL:
// do nothing: it's handled by the operator
break;
case FT_NONE:
// do nothing.
break;
default:
switch (sp.GetAttribute())
{
case TDCA_ALLOCTO:
case TDCA_ALLOCBY:
case TDCA_STATUS:
case TDCA_CATEGORY:
case TDCA_VERSION:
case TDCA_TAGS:
return &m_cbListValues;
case TDCA_PRIORITY:
return &m_cbPriority;
case TDCA_RISK:
return &m_cbRisk;
default:
{
TDCCUSTOMATTRIBUTEDEFINITION attribDef;
if (CTDCCustomAttributeHelper::GetAttributeDef(sp.GetAttribute(), m_aAttribDefs, attribDef))
{
if (attribDef.IsList())
return &m_cbListValues;
}
}
break;
}
// all else
return CInputListCtrl::GetEditControl();
}
}
break;
case ANDOR:
return &m_cbAndOr;
}
// all else
return NULL;
}
//===================================================================================================
// 初始化对话框
//===================================================================================================
BOOL CDlgAddCheckRule::OnInitDialog()
{
CDialog::OnInitDialog();
m_imageRuleNode.Create(IDB_BMP_RULESNODE, 16, 5, RGB(0, 255, 0));
m_treeCheckRule.SetImageList(&m_imageRuleNode, TVSIL_NORMAL);
// 初始化导航树显示文本
HTREEITEM hRoot; // 树的根节点句柄
HTREEITEM hFirst; // 树的一级子节点句柄
HTREEITEM hSecond; // 树的二级子节点句柄
HTREEITEM hThird; // 树的三级子节点句柄
hRoot = m_treeCheckRule.InsertItem(L"检查规则库", -1, -1, TVI_ROOT);
if (CheckValidLicenseByRules_MdlAttr())
{
hFirst = m_treeCheckRule.InsertItem(L"模型属性检查", 0, 1, hRoot);
hSecond = m_treeCheckRule.InsertItem(L"基本属性", 0, 1, hFirst);
{
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_MdlName, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_MDL_NAME);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_CommonName, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_MDL_COMMON_NAME);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_Unit, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_UNIT);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_Tol, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_TOL);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_MdlByte, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_MDL_BYTE);
}
hSecond = m_treeCheckRule.InsertItem(L"参数属性", 0, 1, hFirst);
{
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_ParaNotExist, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_PARA_NOTEXIST);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_ParaExist, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_PARA_EXIST);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_ParaNull, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_PARA_NULL);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_ParaNotNull, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_PARA_NOTNULL);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_ParaKeyword, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_PARA_KEYWORD);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_ParaSpecifiedValue, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_PARA_SPECIFIEDVALUE);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_ParaValue, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_PARA_VALUE);
}
hSecond = m_treeCheckRule.InsertItem(L"质量属性", 0, 1, hFirst);
{
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_Quality, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_QUALITY);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_QualityProperty, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_QUALITY_PROPERTY);
}
hSecond = m_treeCheckRule.InsertItem(L"材料属性", 0, 1, hFirst);
{
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_Mat, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_MAT);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_MdlDensityValid, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_MDL_DENSVALID);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_MdlMatSystem, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_MDL_MATSYSTEM);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_MdlMatDens, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_MDL_MATDENS);
}
hSecond = m_treeCheckRule.InsertItem(L"外观属性", 0, 1, hFirst);
{
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_Appearance, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_APPEARANCE);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_ColorSystem, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_MDL_COLORSYSTEM);
}
#if !(defined(DOCTOR_PROE3) || defined(DOCTOR_PROE4))
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_MdlTemplate, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_MDL_TEMPLATE);
#endif
if (g_strCustomCode.CompareNoCase(L"GX") == 0)
{
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_HomeMadePartName_GX, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_HOMEMADE_PARTNAME_GX);
}
}
if (CheckValidLicenseByRules_MdlSpec())
{
hFirst = m_treeCheckRule.InsertItem(L"建模规范性检查", 0, 1, hRoot);
hSecond = m_treeCheckRule.InsertItem(L"特征规范", 0, 1, hFirst);
{
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_FeaName, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_FEA_NAME);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_FeaSystem, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_FEA_SYSTEM);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_FeaIllegalRef, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ASS_FEA_ILLEGAL_REF);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_FeaForLast, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ASS_FEA_FOR_LAST);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_FeaNotReferenceEdge, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ASS_FEA_NOT_REFERENCE_EDGE);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_NonSolidFeaHideCheck, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ASS_NON_SOLID_FEA_HIDE_CHECK);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_SolidFeaHideCheck, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ASS_SOLID_FEA_HIDE_CHECK);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_MdlCmd, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ASS_MDL_CMD);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_FeaNoExternalRef, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ASS_FEA_NO_EXTERNAL_REF);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_UnusedSketch, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ASS_UNUSED_SKETCH);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_UnusedDatum, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ASS_UNUSED_DATUM);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_MdlDatum, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ASS_MDL_DATUM);
}
hSecond = m_treeCheckRule.InsertItem(L"族表规范", 0, 1, hFirst);
{
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_FamInstValid, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ASS_FAM_INSTVALID);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_FamInstName, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ASS_FAM_INSTNAME);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_FamInstCommonName, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ASS_FAM_INSTCOMMONNAME);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_FamInstParaValid, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ASS_FAM_INSTPARAVALID);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_FamInstAsm, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ASS_FAM_INSTASM);
}
hSecond = m_treeCheckRule.InsertItem(L"装配规范", 0, 1, hFirst);
{
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_FamAssemble, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ASS_FAM_ASSEMBLE);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_AsmConstraints, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ASS_ASM_CONSTRAINTS);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_AsmSkel, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ASS_ASM_SKEL);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_AsmHide, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ASS_ASM_HIDE);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_AsmImplicit, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ASS_ASM_IMPLICIT);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_AsmRef, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ASS_ASM_REF);
}
hSecond = m_treeCheckRule.InsertItem(L"视图规范", 0, 1, hFirst);
{
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_LayerState, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ASS_LAYER_STATE);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_MdlSimpRep, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ASS_MDL_SIMPREP);
}
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_MdlRegenerate, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_ASS_MDL_REGENERATE);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_MdlRelation, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_ASS_MDL_RELATION);
#if !(defined(DOCTOR_PROE3) || defined(DOCTOR_PROE4))
if (g_strCustomCode.CompareNoCase(L"505") == 0)
{
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_AsmSystem_505, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_ASS_ASMSYSETM_505);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_PointFeature_505, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_ASS_POINTFEATURE_505);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_PubGeom_505, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_ASS_PUB_GEOM_505);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_FieldView_505, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_ASS_FIELDVIEW_505);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_CsyPolar_505, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_ASS_CSYPOLAR_505);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_CubicPrism_505, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_ASS_CUBICPRISM_505);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_CableCsys_505, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_ASS_CABLECSYS_505);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_SingleEquipFeat_505, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_ASS_SINGLEEQUIPFEAT_505);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_AsmRef_505, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_ASS_ASMREF_505);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_Lightweight_505, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_ASS_LIGHTWEIGHT_505);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_RsysMatch_505, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_ASS_RSYSMATCH_505);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_RsysConincide_505, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_ASS_RSYSCOINCIDE_505);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_SingleEquipType_505, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_ASS_SINGLEEQUIPTYPE_505);
}
#endif
}
if (CheckValidLicenseByRules_MdlMach())
{
hFirst = m_treeCheckRule.InsertItem(L"模型可制造性检查", 0, 1, hRoot);
hSecond = m_treeCheckRule.InsertItem(L"孔加工", 0, 1, hFirst);
{
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_HoleDia, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_HOLE_DIA);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_DeepHole, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_DEEP_HOLE);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_HoleDis, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_HOLE_DIS);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_HolePartEdgeDis, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_HOLE_PART_EDGE_DIS);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_HoleAxisInMaterial, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_HOLE_AXIS_IN_MATERIAL);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_HoleCutDirPrepUp, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_HOLE_CUT_DIR_PREP_UP);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_HoleCutDirPrepDown, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_HOLE_CUT_DIR_PREP_DOWN);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_FlatBottomHole, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_FLAT_BOTTOM_HOLE);
}
hSecond = m_treeCheckRule.InsertItem(L"钣金件加工", 0, 1, hFirst);
{
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_BendRadius, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_BEND_RADIUS);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_SlotWidth, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_SLOT_WIDTH);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_SheetBendRadius, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_SHEET_BEND_RADIUS);
}
hSecond = m_treeCheckRule.InsertItem(L"轴加工", 0, 1, hFirst);
{
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_LongAxis, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_LONG_AXIS);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_AxisShoulderAng, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_AXIS_SHOULDER_ANG);
}
hSecond = m_treeCheckRule.InsertItem(L"圆角、倒角加工", 0, 1, hFirst);
{
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_RoundRad, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_ROUND_RAD);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_ChamferDim, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_CHAMFER_DIM);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_ChamferAng, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_CHAMFER_ANG);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_DeepFillet, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_DEEP_FILLET);
}
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_ShellThickness, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_SHELL_THICKNESS);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_DraftAngle, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_DRAFT_ANGLE);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_PartMaxSize, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_PART_MAX_SIZE);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_FeaMinSize, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_FEA_MIN_SIZE);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_PipeContinuousBend, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hThird, CRT_PIPE_CONTINUOUS_BEND);
}
#if !(defined(DOCTOR_PROE3) || defined(DOCTOR_PROE4))
if (CheckValidLicenseByRules_Drawing())
{
hFirst = m_treeCheckRule.InsertItem(L"工程图检查", 0, 1, hRoot);
hSecond = m_treeCheckRule.InsertItem(L"标注", 0, 1, hFirst);
{
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_DrwDimHandsize, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_DRW_DIM_HANDSIZE);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_DrwDimTextStyle, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_DRW_DIM_TEXT_STYLE);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_DrwNoteTextStyle, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_DRW_NOTE_TEXT_STYLE);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_DrwFakeDim, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_DRW_DIM_FAKE);
hThird = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_DrwDimCount, 2, 4, hSecond);
m_treeCheckRule.SetItemData(hThird, CRT_DRW_DIMCOUNT);
}
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_DrwSheetSize, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_DRW_SHEET_SIZE);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_DrwSheetIsBlank, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_DRW_SHEET_ISBLANK);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_DrwSheetAngle, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_DRW_SHEET_ANGLE);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_DrwSheetTextSize, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_DRW_SHEET_TEXT_SIZE);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_DrwSheetTextFont, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_DRW_SHEET_TEXT_FONT);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_DrwInrelSketch, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_DRW_INRELSKETCH);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_DrwSheetScale, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_DRW_SHEET_SCALE);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_DrwViewBound, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_DRW_VIEW_BOUND);
//hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_DrwDimTextOrient, 2, 4, hFirst);
//m_treeCheckRule.SetItemData(hSecond, CRT_DRW_DIM_TEXT_ORIENT);
//hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_DrwNoteArrowSize, 2, 4, hFirst);
//m_treeCheckRule.SetItemData(hSecond, CRT_DRW_NOTE_ARROW_SIZE);
//hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_DrwNoteArrowStyle, 2, 4, hFirst);
//m_treeCheckRule.SetItemData(hSecond, CRT_DRW_NOTE_ARROW_STYLE);
}
if (CheckValidLicenseByRules_3DDrawing())
{
hFirst = m_treeCheckRule.InsertItem(L"三维标注检查", 0, 1, hRoot);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_3ddrwFakeDim, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_3DDRW_FAKE_DIM);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_3DDrwView, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_3DDRW_VIEW);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_3DDrwColor, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_3DDRW_COLOR);
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_3DDrwTextSize, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_3DDRW_TEXTSIZE);
if (g_strCustomCode.CompareNoCase(L"505") == 0)
{
hSecond = m_treeCheckRule.InsertItem(g_strCheckRuleDesc_3DDrwLug_505, 2, 4, hFirst);
m_treeCheckRule.SetItemData(hSecond, CRT_3DDRW_LUG_505);
}
}
#endif
GetRuleCount(hRoot);
m_treeCheckRule.Expand(hRoot, TVE_EXPAND);
GetDlgItem(IDC_STATIC_SUB_DLG_POS)->GetWindowRect(m_rectPanel);
ScreenToClient(m_rectPanel);
GetDlgItem(IDC_STATIC_SUB_DLG_POS)->ShowWindow(SW_HIDE);
return TRUE;
}
void CTDLFindTaskExpressionListCtrl::PrepareControl(CWnd& ctrl, int nRow, int nCol)
{
UNREFERENCED_PARAMETER(ctrl);
if (!GetRuleCount())
return;
SEARCHPARAM& sp = m_aSearchParams[nRow];
switch (nCol)
{
case ATTRIB:
{
ASSERT (&ctrl == &m_cbAttributes);
m_cbAttributes.SelectAttribute(sp);
CDialogHelper::RefreshMaxDropWidth(m_cbAttributes);
}
break;
case OPERATOR:
{
ASSERT (&ctrl == &m_cbOperators);
m_cbOperators.ResetContent();
FIND_ATTRIBTYPE nType = sp.GetAttribType();
switch (nType)
{
case FT_STRING:
AddOperatorToCombo(FO_SET);
AddOperatorToCombo(FO_NOT_SET);
AddOperatorToCombo(FO_EQUALS);
AddOperatorToCombo(FO_NOT_EQUALS);
AddOperatorToCombo(FO_INCLUDES);
AddOperatorToCombo(FO_NOT_INCLUDES);
break;
case FT_INTEGER:
case FT_DOUBLE:
case FT_TIME:
AddOperatorToCombo(FO_SET);
AddOperatorToCombo(FO_NOT_SET);
AddOperatorToCombo(FO_EQUALS);
AddOperatorToCombo(FO_NOT_EQUALS);
AddOperatorToCombo(FO_GREATER);
AddOperatorToCombo(FO_GREATER_OR_EQUAL);
AddOperatorToCombo(FO_LESS);
AddOperatorToCombo(FO_LESS_OR_EQUAL);
break;
case FT_DATE:
case FT_DATE_REL:
AddOperatorToCombo(FO_SET);
AddOperatorToCombo(FO_NOT_SET);
AddOperatorToCombo(FO_EQUALS);
AddOperatorToCombo(FO_NOT_EQUALS);
AddOperatorToCombo(FO_AFTER);
AddOperatorToCombo(FO_ON_OR_AFTER);
AddOperatorToCombo(FO_BEFORE);
AddOperatorToCombo(FO_ON_OR_BEFORE);
break;
case FT_BOOL:
AddOperatorToCombo(FO_SET);
AddOperatorToCombo(FO_NOT_SET);
break;
}
CDialogHelper::SelectItemByData(m_cbOperators, (DWORD)sp.GetOperator());
}
break;
case ANDOR:
{
ASSERT (&ctrl == &m_cbAndOr);
if (sp.GetAnd())
m_cbAndOr.SelectString(-1, CEnString(IDS_FP_AND));
else
m_cbAndOr.SelectString(-1, CEnString(IDS_FP_OR));
}
break;
case VALUE:
switch (sp.GetAttribType())
{
case FT_DATE:
ASSERT (&ctrl == &m_dtDate);
// if the rule does not yet have a date then set it now to
// the current date because that's whats the date ctrl will default to
if (sp.ValueAsDate().m_dt <= 0)
{
sp.SetValue(COleDateTime::GetCurrentTime());
SetItemText(nRow, nCol, sp.ValueAsDate().Format(VAR_DATEVALUEONLY));
}
else
m_dtDate.SetTime(sp.ValueAsDouble());
break;
case FT_TIME:
ASSERT (&ctrl == &m_eTime);
m_eTime.SetTime(sp.ValueAsDouble(), (TCHAR)sp.GetFlags());
break;
}
break;
}
}