ctcommondoc.cpp

eCos1.31版

  
  prpNote.m_strNote = section->note.c_str ();
  
  // show property sheet
  
  if (prsSectionSheet.DoModal () == IDOK)
  {
    mem_anchor initial_anchor, final_anchor;
    mem_address initial_address;
    CString strInitialRelativeName = _T("");
    
    if (prpGeneral.m_bFinalAbsolute) // final location is an absolute location
      final_anchor = absolute;
    else // final location is a relative location
      final_anchor = relative;
    
    if (prpRelocation.m_bRelocates) // if the section relocates
    {
      if (prpRelocation.m_bInitialAbsolute) // initial location is an absolute location
      {
        initial_anchor = absolute;
      }
      else // initial location is a relative location
      {
        strInitialRelativeName = prpRelocation.m_strInitialRelativeName;
        initial_anchor = relative;
      }
      initial_address = prpRelocation.m_dwInitialAddress;
    }
    else
    {
      strInitialRelativeName = prpGeneral.m_strFinalRelativeName;
      initial_anchor = final_anchor;
      initial_address = prpGeneral.m_dwFinalAddress;
    }
    
    
    if (int nErrorCode = MemoryMap.edit_memory_section (CUtils::UnicodeToStdStr(strSelectedSection), CUtils::UnicodeToStdStr(prpGeneral.m_bNameLinkerDefined ? prpGeneral.m_strNameLinker : prpGeneral.m_strNameUser), prpGeneral.m_dwSectionSize, prpGeneral.m_dwAlignment, initial_anchor, CUtils::UnicodeToStdStr(strInitialRelativeName), initial_address, final_anchor, CUtils::UnicodeToStdStr(prpGeneral.m_strFinalRelativeName), prpGeneral.m_dwFinalAddress, prpRelocation.m_bRelocates, false, prpGeneral.m_bNameLinkerDefined, CUtils::UnicodeToStdStr(prpNote.m_strNote)))
      ErrorBox (IDS_ERR_MEMMAP_SECTION_MODIFY, IDS_ERR_MEMMAP_BASE + nErrorCode);
    else // no errors
    {
      SetModifiedFlag ();
      UpdateAllViews (NULL, MemLayoutChanged);
    }
  }		
}

void CConfigToolDoc::OnMLTProperties() 
{
  if (strSelectedRegion != _T(""))
    ShowRegionProperties ();
  else if (strSelectedSection != _T(""))
    ShowSectionProperties ();
}

// Choose a default Hal.  Do this using clues the installer may have helpfully left behind (PR 18050)
// or else if there is only one possible choice, by choosing that one :-).
/*
void CConfigToolDoc::ChooseDefaultHal()
{
bool bFound=false;
// Has the installer told us?
LPCTSTR pszRegPath=_T("SOFTWARE\\Red Hat\\eCos\\1.2.8");
HKEY hKey;
if(ERROR_SUCCESS==RegOpenKeyEx (HKEY_LOCAL_MACHINE, pszRegPath, 0L, KEY_READ, &hKey)){
DWORD dwSizePath=MAX_PATH;
CString str;
PTCHAR psz=str.GetBuffer(dwSizePath);
if(ERROR_SUCCESS==RegQueryValueEx(hKey, _T("Default Architecture"), NULL, NULL, (LPBYTE)psz, &dwSizePath)){
str.MakeLower();
for(int nItem=0;nItem<ItemCount();nItem++){
CConfigItem *pItem=Item(nItem);
if(pItem->m_pTarget){
CString strTarget(pItem->m_pTarget->Name());
strTarget.MakeLower();
if(-1!=str.Find(strTarget)){
bFound=true;
dwSizePath=MAX_PATH;
if(ERROR_SUCCESS==::RegQueryValueEx(hKey, _T("Default Build Tools Path"), NULL, NULL, (LPBYTE)psz, &dwSizePath)){
pItem->m_pTarget->SetBinDir(psz);
for(CConfigItem *pSib=pItem->FirstRadio();pSib;pSib=pSib->NextRadio()){
pSib->SetValue((ItemIntegerType) (pSib==pItem));
}
//                            pItem->EnableAncestors();
}
break;
}
}
}
}
RegCloseKey(hKey);
}

  if(!bFound){
  // No - choose the Hal according to toolchain
  for(int nItem=0;nItem<ItemCount();nItem++){
  CConfigItem *pItem=Item(nItem);
  if(pItem->m_pTarget){
  CString strTarget(pItem->m_pTarget->Name());
  strTarget.MakeLower();
  for(int j=0;j<m_arstrToolChainPaths.GetSize();j++){
  CString strTools(m_arstrToolChainPaths[j]);
  strTools.MakeLower();
  if(-1!=strTools.Find(strTarget)){
  for(CConfigItem *pSib=pItem->FirstRadio();pSib;pSib=pSib->NextRadio()){
  pSib->SetValue((ItemIntegerType) (pSib==pItem));
  }
  return;
  }
  }
  }
  }
  }
  }
*/

bool CConfigToolDoc::SetValue (CConfigItem &ti, double dValue, CdlTransaction transaction/*=NULL*/)
{
  ASSERT (ti.Type () == CConfigItem::Double);
  
  // test if the new double value is in range
  const CdlValuable valuable = ti.GetCdlValuable();
  CdlListValue list_value;
  CdlEvalContext context (NULL, ti.GetCdlItem (), ti.GetCdlItem ()->get_property (CdlPropertyId_LegalValues));
  valuable->get_legal_values ()->eval (context, list_value);
  if (! list_value.is_member (dValue))
  {
    if (dValue==valuable->get_double_value(CdlValueSource_Current) || IDNO == CUtils::MessageBoxFT (MB_YESNO, _T("%s is not a legal value for %s.\n\nDo you want to use this value anyway?"),
      CUtils::DoubleToStr (dValue), ti.Macro ()))
      return false;
  }
  
  if (! ti.SetValue (dValue,transaction))
    return false;
  
  SetModifiedFlag ();
  return true;
}
bool CConfigToolDoc::SetValue(CConfigItem &ti,const CString &strValue, CdlTransaction transaction/*=NULL*/)
{
  // warn the user if a modified memory layout is about to be discarded
  if (MemoryMap.map_modified () && (ti.Macro () == _T("CYG_HAL_STARTUP")) &&
    (IDCANCEL == CUtils::MessageBoxFT (MB_OKCANCEL, _T("Changes to the current memory layout will be lost."))))
    return false;
  
  bool rc=false;
  switch(ti.Type()){
		case CConfigItem::None:
      break;
    case CConfigItem::Enum:
    case CConfigItem::String:
      rc=ti.SetValue(strValue,transaction);
      break;
    case CConfigItem::Integer:
      {
        ItemIntegerType n;
        rc=CUtils::StrToItemIntegerType(strValue,n) && SetValue(ti,n,transaction);
      }
      break;
    case CConfigItem::Double:
      {
        double dValue;
        rc = CUtils::StrToDouble (strValue, dValue) && SetValue (ti, dValue,transaction);
      }
      break;
    default:
      ASSERT(FALSE);
      break;
      
  }
  if(rc){
    SetModifiedFlag();
    UpdateAllViews (NULL, CConfigToolDoc::ValueChanged, (CObject *)&ti);
  }
  return rc;
}

// Look in registry to match prefixes CYGPKG_HAL_ and CYGHWR_HAL_:
//
bool CConfigToolDoc::GetRunPlatform(CString &strTarget)
{
  CRegKeyEx k1(HKEY_CURRENT_USER,_T("Software\\Red Hat\\eCos\\Platforms"), KEY_READ);
  CString strKey;
  for(int i=0;k1.QueryKey(i,strKey);i++){
    CRegKeyEx k2((HKEY)k1,strKey,KEY_READ);
    // Subkeys' names are the target image names [one of which we aim to return]
    // Subkeys's values of interest are:
    //      Prefix  String
    //      Sim     DWORD  [optional]
    //      Macro   String 
    DWORD dwSim=0;
    CString strPrefix,strMacro;
    k2.QueryValue(_T("Sim"),dwSim);
    k2.QueryValue(_T("Prefix"),strPrefix);
    k2.QueryValue(_T("Macro"),strMacro);

    CConfigItem *pItem=Find(_T("CYGPKG_HAL_")+strMacro);
    if(pItem && pItem->IsEnabled()){
      // We have found what we are looking for - probably
      pItem=Find(_T("CYGHWR_HAL_")+strMacro+_T("_STARTUP"));
      if(pItem){
        // Two platforms apply - choose this one only if the ram startup attribute fits
        if( (dwSim==0) == (0==pItem->StringValue().CompareNoCase(_T("ram"))) ) {
          strTarget=strKey;
        }
      } else {
        // Only one platform applies
        strTarget=strKey;
      }
      
    }
  }
  return !strTarget.IsEmpty();
}

bool CConfigToolDoc::SetEnabled(CConfigItem &ti, bool bEnabled, CdlTransaction transaction/*=NULL*/)
{
  const bool bStatus = ti.SetEnabled (bEnabled,transaction);
  
  if (bStatus) {
    SetModifiedFlag();
    UpdateAllViews (NULL, CConfigToolDoc::ValueChanged, (CObject *) &ti);
  }
  return bStatus;
}

void CConfigToolDoc::AddContents (const CdlContainer container, CConfigItem *pParent)
{
  
  // determine the container contents
  
  const std::vector<CdlNode>& contents = container->get_contents ();
  std::vector<CdlNode>::const_iterator node_i;
  for (node_i = contents.begin (); node_i != contents.end (); node_i++)
  {
    const CdlNode node = * node_i;
    const CdlPackage pkg = dynamic_cast<CdlPackage> (node);
    const CdlComponent comp = dynamic_cast<CdlComponent> (node);
    const CdlOption opt = dynamic_cast<CdlOption> (node);
    const CdlContainer contnr = dynamic_cast<CdlContainer> (node);
    
    // if the node in the container is a package, component or option
    // then it is visible and should be added to the tree
    if  (0 != pkg) // the node is a package
    {
      CConfigItem * pItem = AddItem (pkg, pParent); // add the package
      AddContents (pkg, pItem); // add the package contents
    }
    else if (0 != comp) // the node is a component
    {
      CConfigItem * pItem = AddItem (comp, pParent); // add the component
      AddContents (comp, pItem); // add the component contents
    }
    else if (0 != opt) // the node is an option
      AddItem (opt, pParent); // add the option
    
    else if (0 != contnr) // if the node is a container
      AddContents (contnr, pParent); // add the container contents
    
    // ignore nodes of any other class
  }
}

// Three hack functions.

const CString CConfigToolDoc::CurrentPlatform()
{
/*
for(int nItem=0;nItem<ItemCount();nItem++){
CConfigItem *pItem=Item(nItem);
if(pItem->IsEnabled() && !pItem->Platform().IsEmpty()){
return pItem->Platform();
}
}
  */
  return _T("");
}

// a trivial CDL parse error handler
void CConfigToolDoc::CdlParseErrorHandler (std::string message)
{
  CConfigToolDoc *pDoc=CConfigTool::GetConfigToolDoc();
  pDoc->m_strCdlErrorMessage = message.c_str ();
  TRACE (_T("CdlParseError: %s\n"), pDoc->m_strCdlErrorMessage);
  CConfigTool::Log (CUtils::StripExtraWhitespace (pDoc->m_strCdlErrorMessage)); // display the message in the output window
};

// a trivial CDL parse warning handler
void CConfigToolDoc::CdlParseWarningHandler (std::string message)
{
  CConfigToolDoc *pDoc=CConfigTool::GetConfigToolDoc();
  pDoc->m_strCdlErrorMessage = message.c_str ();
  TRACE (_T("CdlParseWarning: %s\n"), pDoc->m_strCdlErrorMessage);
  CConfigTool::Log (CUtils::StripExtraWhitespace (pDoc->m_strCdlErrorMessage)); // display the message in the output window
};

// a trivial CDL load error handler
void CConfigToolDoc::CdlLoadErrorHandler (std::string message)
{
  CConfigToolDoc *pDoc=CConfigTool::GetConfigToolDoc();
  pDoc->m_strCdlErrorMessage = message.c_str ();
  TRACE (_T("CdlLoadError: %s\n"), pDoc->m_strCdlErrorMessage);
  CConfigTool::Log (CUtils::StripExtraWhitespace (pDoc->m_strCdlErrorMessage)); // display the message in the output window
};

// a trivial CDL load warning handler
void CConfigToolDoc::CdlLoadWarningHandler (std::string message)
{
  CConfigToolDoc *pDoc=CConfigTool::GetConfigToolDoc();
  pDoc->m_strCdlErrorMessage = message.c_str ();
  TRACE (_T("CdlLoadWarning: %s\n"), pDoc->m_strCdlErrorMessage);
  CConfigTool::Log (CUtils::StripExtraWhitespace (pDoc->m_strCdlErrorMessage)); // display the message in the output window
};

CdlInferenceCallbackResult CConfigToolDoc::CdlGlobalInferenceHandler(CdlTransaction transaction)
{
  CConfigToolDoc *pDoc=CConfigTool::GetConfigToolDoc();
  pDoc->m_ConflictsOutcome=NotDone;  // prepare for the case that there are no solutions
  CdlInferenceCallbackResult rc=CdlInferenceCallbackResult_Continue;
  /*
  std::list<CdlConflict>conflicts1(transaction->get_global_conflicts_with_solutions());
  const std::vector<CdlConflict>&conflicts2=transaction->get_resolved_conflicts();
	for (unsigned int i = 0; i < conflicts2.size (); i++) {
		conflicts1.push_back(conflicts2 [i]);
	}
  if(conflicts1.size()>0){
    CFailingRulesDialog dlg(conflicts1,transaction,&pDoc->m_arConflictsOfInterest);
    rc=(IDOK==dlg.DoModal())?CdlInferenceCallbackResult_Continue:CdlInferenceCallbackResult_Cancel;
    pDoc->m_ConflictsOutcome=(CdlInferenceCallbackResult_Continue==rc)?OK:Cancel;
  }
  */
  const std::list<CdlConflict>& conflicts=pDoc->GetCdlConfig()->get_all_conflicts();  
  CFailingRulesDialog dlg(conflicts,transaction,&pDoc->m_arConflictsOfInterest);
  rc=(IDOK==dlg.DoModal())?CdlInferenceCallbackResult_Continue:CdlInferenceCallbackResult_Cancel;
  pDoc->m_ConflictsOutcome=(CdlInferenceCallbackResult_Continue==rc)?OK:Cancel;

  return rc;
}

CdlInferenceCallbackResult CConfigToolDoc::CdlInferenceHandler (CdlTransaction transaction)
{
  CConfigToolDoc *pDoc=CConfigTool::GetConfigToolDoc();
  CdlInferenceCallbackResult rc=CdlInferenceCallbackResult_Continue;
  const std::list<CdlConflict>&conflicts=transaction->get_new_conflicts();
  if((pDoc->m_nRuleChecking&Immediate) && conflicts.size()>0){
    if(pDoc->m_nRuleChecking&SuggestFixes){
      std::list<CdlConflict> s_conflicts;
      for (std::list<CdlConflict>::const_iterator conf_i= conflicts.begin (); conf_i != conflicts.end (); conf_i++) { // for each conflict
        if((*conf_i)->has_known_solution()){
          s_conflicts.push_back(*conf_i);
        }
      }
      if(s_conflicts.size()>0){
        CFailingRulesDialog dlg(s_conflicts,transaction);
        return(IDOK==dlg.DoModal()?CdlInferenceCallbackResult_Continue:CdlInferenceCallbackResult_Cancel);
      }
    } 
    CString strMsg;
    if(1==conflicts.size()){
      strMsg=(_T("There is 1 unresolved conflict."));