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cxdescribe.cpp
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cxdescribe.cpp
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#include "cxdescribe.h"
#include "cxprofile.h"
#include "cxfile.h"
#include "cxinterinfo.h"
#include "cxcontainer.h"
#include "cxapplication.h"
using namespace std;
std::map<std::string, CxDescribeUnit*> f_describeUnits;
CxDescribeManager * fn_oDescribeManager()
{
CxApplication::registInitFunction(CxDescribeManager::start);
CxApplication::registStopFunction(CxDescribeManager::stop);
static CxDescribeManager f_describeManager;
return & f_describeManager;
}
static CxDescribeManager * f_oDescribeManager = fn_oDescribeManager();
CxDescribeBase::CxDescribeBase(){
_name = "";
_columnIndex = -1;
_title = "";
_desc = "";
_canNull = false;
_isVisible = true;
_isReadOnly = false;
_maxLength = 255;
_minLength = 0;
_regularExpression = "";
}
CxDescribeBase::~CxDescribeBase(){
}
void CxDescribeBase::toContext(CxISetSkv& context) const
{
context.setValue(CxDescribeStrings::name () , _name );
context.setValue(CxDescribeStrings::typeSimpleName() , typeSimpleName() );
context.setValue(CxDescribeStrings::title () , _title );
context.setValue(CxDescribeStrings::desc () , _desc );
context.setValue(CxDescribeStrings::canNull () , _canNull );
context.setValue(CxDescribeStrings::isVisible () , _isVisible );
context.setValue(CxDescribeStrings::isReadOnly () , _isReadOnly );
context.setValue(CxDescribeStrings::minLength () , _maxLength );
context.setValue(CxDescribeStrings::maxLength () , _minLength );
context.setValue(CxDescribeStrings::regularExpression (), _regularExpression );
context.setValue(CxDescribeStrings::valueScopes() , CxString::join(_valueScopes, ";"));
context.setValue(CxDescribeStrings::foreignKey (), _foreignKey );
}
void CxDescribeBase::fromContext(const CxIGetSkv& context)
{
_name = context.getValue(CxDescribeStrings::name () , _name );
_columnIndex = context.getValue(CxDescribeStrings::columnIndex() , _columnIndex );
_title = context.getValue(CxDescribeStrings::title () , _title );
_desc = context.getValue(CxDescribeStrings::desc () , _desc );
_canNull = context.getValue(CxDescribeStrings::canNull() , _canNull );
_isVisible = context.getValue(CxDescribeStrings::isVisible () , _isVisible );
_isReadOnly = context.getValue(CxDescribeStrings::isReadOnly () , _isReadOnly );
_maxLength = context.getValue(CxDescribeStrings::maxLength () , _maxLength );
_minLength = context.getValue(CxDescribeStrings::minLength () , _minLength );
_regularExpression = context.getValue(CxDescribeStrings::regularExpression (), _regularExpression );
string sContentValues;
sContentValues = context.getValue(CxDescribeStrings::valueScopes() , sContentValues );
_valueScopes = CxString::split(sContentValues, ';');
_foreignKey = context.getValue(CxDescribeStrings::foreignKey (), _foreignKey );
}
void CxDescribeBase::assignedFrom(const CxDescribeBase *oDescribe)
{
assert(oDescribe != NULL);
_name = oDescribe->_name ;
_columnIndex = oDescribe->_columnIndex ;
_title = oDescribe->_title ;
_desc = oDescribe->_desc ;
_canNull = oDescribe->_canNull ;
_isVisible = oDescribe->_isVisible ;
_isReadOnly = oDescribe->_isReadOnly ;
_maxLength = oDescribe->_maxLength ;
_minLength = oDescribe->_minLength ;
_regularExpression = oDescribe->_regularExpression;
_valueScopes = oDescribe->_valueScopes ;
_foreignKey = oDescribe->_foreignKey ;
}
//****************************************************************************************************************
//*********** Unit Catalog Project ...... begin ************************************************************************
//****************************************************************************************************************
CxDescribeUnit * CxDescribeUnit::createDescribes(const string &sFilePath)
{
if (! CxFileSystem::isExist(sFilePath))
return NULL;
CxSkverBase * oProfile = CxSkverManager::beginUse(sFilePath);
if (oProfile){
CxDescribeUnit * oDescribeUnit = new CxDescribeUnit();
oProfile->prepareGet(CxDescribeStrings::self());
oDescribeUnit->fromContext(*oProfile);
string sDescribes = oProfile->getValue(CxDescribeStrings::describes(), std::string());
vector<string> describeNames = CxString::split(sDescribes, ',');
for (size_t i = 0; i < describeNames.size(); ++i)
{
string sDescribeName = describeNames.at(i);
oProfile->prepareGet(sDescribeName);
string sTypeSimpleName = oProfile->getValue(CxDescribeStrings::typeSimpleName(), sTypeSimpleName);
CxDescribeBase* oDescribe = CxDescribeFactoryManager::createObject(sTypeSimpleName);
if (oDescribe)
{
oDescribeUnit->_describes.push_back(oDescribe);
oDescribe->fromContext(*oProfile);
}
}
CxSkverManager::endUse(oProfile);
return oDescribeUnit;
}
return NULL;
}
bool CxDescribeUnit::saveDescribes(const CxDescribeUnit& describeUnit, const string &sFilePath)
{
CxSkverBase * oProfile = CxSkverManager::beginUse(sFilePath);
if (oProfile)
{
oProfile->prepareSet(CxDescribeStrings::self());
describeUnit.toContext(*oProfile);
const vector<CxDescribeBase*> & describes = describeUnit.describes();
vector<string> sDescribes;
for (size_t i = 0; i < describes.size(); ++i)
{
CxDescribeBase* oDescribe = describes.at(i);
sDescribes.push_back(oDescribe->name());
oProfile->prepareSet(oDescribe->name());
oDescribe->toContext(*oProfile);
}
oProfile->setValue(CxDescribeStrings::self(), CxDescribeStrings::describes(), CxString::join(sDescribes, ';'));
CxSkverManager::endUse(oProfile, true);
}
return true;
}
CxDescribeUnit::CxDescribeUnit()
{
_funcDescribeDefaultValue = NULL;
_funcDescribeValuesCalc = NULL;
}
CxDescribeUnit::~CxDescribeUnit()
{
deleteAndClear();
}
int fn_compare_describe(const CxDescribeBase * v1, const CxDescribeBase * v2)
{
return v1->columnIndex() < v2->columnIndex();
}
void CxDescribeUnit::setDescribes(const std::vector<CxDescribeBase *> &value)
{
deleteAndClear();
_describes = value;
std::sort(_describes.begin(), _describes.end(), fn_compare_describe);
}
void CxDescribeUnit::setUnitParam(const string &value)
{
_unitParam = value;
_unitParams = CxString::splitToMap(value, '=', ';');
}
void CxDescribeUnit::setUnitParams(const std::map<string, string> &value)
{
_unitParams = value;
_unitParam = CxString::join(value, "=", ";");
}
CxDescribeBase* CxDescribeUnit::describe(const string& sDescribeName) const {
for (size_t i = 0; i < _describes.size(); ++i) {
CxDescribeBase* oDescribe = _describes.at(i);
if ( oDescribe->name() == sDescribeName ){
return oDescribe;
}
}
return NULL;
}
CxDescribeBase* CxDescribeUnit::describe(int iColumnIndex) const {
for (size_t i = 0; i < _describes.size(); ++i) {
CxDescribeBase* oDescribe = _describes.at(i);
if ( oDescribe->columnIndex() == iColumnIndex ){
return oDescribe;
}
}
return NULL;
}
int CxDescribeUnit::loadValues(const string &sDataName, const string &sDataSection, const string &sDataPath, const string &sDataType) const
{
CxSkverBase * oProfile = CxSkverManager::beginUse(sDataName);
if (oProfile)
{
oProfile->prepareGet(sDataSection);
for (size_t i = 0; i < _describes.size(); ++i)
{
CxDescribeBase * oDescribe = _describes.at(i);
string sValue;
sValue = oProfile->getValue(oDescribe->name(), sValue);
oDescribe->valueFromString(sValue);
}
CxSkverManager::endUse(oProfile);
return _describes.size();
}
return 0;
}
int CxDescribeUnit::saveValues(const string &sDataName, const string &sDataSection, bool bSave, const string &sDataPath, const string &sDataType) const
{
CxSkverBase * oProfile = CxSkverManager::beginUse(sDataName);
if (oProfile)
{
oProfile->prepareSet(sDataSection);
for (size_t i = 0; i < _describes.size(); ++i)
{
CxDescribeBase* oDescribe = _describes.at(i);
string sValue = oDescribe->valueToString();
oProfile->setValue(oDescribe->name(), sValue);
}
CxSkverManager::endUse(oProfile, bSave);
return _describes.size();
}
return 0;
}
void CxDescribeUnit::toContext(CxISetSkv &context) const
{
context.setValue(CxDescribeStrings::unitName(), _unitName);
context.setValue(CxDescribeStrings::unitTitle(), _unitTitle);
context.setValue(CxDescribeStrings::unitParam(), _unitParam);
string sForeignKeyValues = CxString::join(_foreignKeyValues, "=", ";");
context.setValue(CxDescribeStrings::foreignKeyValues(), sForeignKeyValues);
context.setValue(CxDescribeStrings::localKeyName(), _localKeyName);
context.setValue(CxDescribeStrings::localCaptionName(), _localCaptionName);
context.setValue(CxDescribeStrings::filterName(), _filterName);
context.setValue(CxDescribeStrings::filterValue(), _filterValue);
context.setValue(CxDescribeStrings::partitionName(), _partitionName);
}
void CxDescribeUnit::fromContext(const CxIGetSkv &context)
{
_unitName = context.getValue(CxDescribeStrings::unitName(), _unitName);
_unitTitle = context.getValue(CxDescribeStrings::unitTitle(), _unitTitle);
setUnitParam( context.getValue(CxDescribeStrings::unitParam(), _unitParam) );
string sForeignKeyValues;
sForeignKeyValues = context.getValue(CxDescribeStrings::foreignKeyValues(), sForeignKeyValues);
_foreignKeyValues = CxString::splitToMap(sForeignKeyValues, '=', ';');
_localKeyName = context.getValue(CxDescribeStrings::localKeyName(), _localKeyName);
_localCaptionName = context.getValue(CxDescribeStrings::localCaptionName(), _localCaptionName);
_filterName = context.getValue(CxDescribeStrings::filterName(), _filterName);
_filterValue = context.getValue(CxDescribeStrings::filterValue(), _filterValue);
_partitionName = context.getValue(CxDescribeStrings::partitionName(), _partitionName);
}
void CxDescribeUnit::deleteAndClear()
{
for (size_t i = 0; i < _describes.size(); ++i)
{
CxDescribeBase* o = _describes.at(i);
delete o;
}
_describes.clear();
}
int CxDescribeUnit::describeValuesCalc(const CxDescribeUnit *oDescribeUnit) const
{
if (_funcDescribeValuesCalc) {
_funcDescribeValuesCalc(oDescribeUnit);
return oDescribeUnit->describes().size();
} else {
return 0;
}
}
void CxDescribeUnit::restoreDefaultValues() const
{
for (size_t i = 0; i < _describes.size(); ++i) {
CxDescribeBase* oDescribe = _describes.at(i);
oDescribe->valueFromString(oDescribe->defaultValueToString());
}
}
void CxDescribeUnit::assignedFrom(const CxDescribeUnit &oDescribeUnit)
{
assignedFrom(& oDescribeUnit);
}
void CxDescribeUnit::assignedFrom(const CxDescribeUnit *oDescribeUnit)
{
_describes.clear();
const vector<CxDescribeBase*> & describes = oDescribeUnit->describes();
for (size_t i = 0; i < describes.size(); ++i)
{
CxDescribeBase * oDescribe = describes.at(i);
CxDescribeBase * oNew = CxDescribeFactoryManager::createObject(oDescribe->typeSimpleName());
assert(oNew != NULL);
oNew->assignedFrom(oDescribe);
_describes.push_back(oNew);
}
_unitName = oDescribeUnit->_unitName;
_foreignKeyValues = oDescribeUnit->_foreignKeyValues;
_localKeyName = oDescribeUnit->_localKeyName;
_localCaptionName = oDescribeUnit->_localCaptionName;
_filterName = oDescribeUnit->_filterName;
_filterValue = oDescribeUnit->_filterValue;
_partitionName = oDescribeUnit->_partitionName;
_funcDescribeDefaultValue = oDescribeUnit->_funcDescribeDefaultValue;
_funcDescribeValuesCalc = oDescribeUnit->_funcDescribeValuesCalc;
}
//const std::string cs_DecribeFileName = "DecribeFileName";
//const std::string cs_Title = "Title";
//const std::string cs_DataType = "DataType";
//const std::string cs_DataPath = "DataPath";
//const std::string cs_DataSection = "DataSection";
//const std::string cs_DataName = "DataName";
CxDescribeCatalog::CxDescribeCatalog()
{
}
CxDescribeCatalog::~CxDescribeCatalog()
{
deleteAndClear();
}
void CxDescribeCatalog::setUnitAttrs(const std::vector<CxDescribeCatalog::UnitAttr *> & value)
{
deleteAndClear();
_unitAttrs = value;
}
void CxDescribeCatalog::setCatalogParam(const string &value)
{
_catalogParam = value;
_catalogParams = CxString::splitToMap(value, '=', ';');
}
void CxDescribeCatalog::setCatalogParams(const std::map<string, string> &value)
{
_catalogParams = value;
_catalogParam = CxString::join(value, "=", ";");
}
CxDescribeCatalog::UnitAttr *CxDescribeCatalog::findByCation(const string &sUnitCaption) const
{
for (size_t i = 0; i < _unitAttrs.size(); ++i)
{
CxUnitAttr * o = _unitAttrs.at(i);
if (o->unitCaption == sUnitCaption)
return o;
}
return NULL;
}
CxDescribeCatalog::UnitAttr *CxDescribeCatalog::findByData(const string &sDataName, const string &sDataSection) const
{
for (size_t i = 0; i < _unitAttrs.size(); ++i)
{
CxUnitAttr * o = _unitAttrs.at(i);
if ((o->dataName == sDataName) && (o->dataSection == sDataSection))
return o;
}
return NULL;
}
CxDescribeCatalog::UnitAttr *CxDescribeCatalog::findByData(const string &sDataName, const string &sDataSection, const string &sDataPath) const
{
for (size_t i = 0; i < _unitAttrs.size(); ++i)
{
CxUnitAttr * o = _unitAttrs.at(i);
if (o->dataName == sDataName && o->dataSection == sDataSection && o->dataPath == sDataPath)
return o;
}
return NULL;
}
std::vector<CxDescribeCatalog::UnitAttr *> CxDescribeCatalog::getByData(const string &sDataName) const
{
std::vector<CxDescribeCatalog::UnitAttr *> r;
for (size_t i = 0; i < _unitAttrs.size(); ++i)
{
CxUnitAttr * o = _unitAttrs.at(i);
if (o->dataName == sDataName)
r.push_back( o );
}
return r;
}
std::vector<CxDescribeCatalog::UnitAttr *> CxDescribeCatalog::getByData(const string &sDataName, const string &sDataSection) const
{
std::vector<CxDescribeCatalog::UnitAttr *> r;
for (size_t i = 0; i < _unitAttrs.size(); ++i)
{
CxUnitAttr * o = _unitAttrs.at(i);
if (o->dataName == sDataName && o->dataSection == sDataSection)
r.push_back( o );
}
return r;
}
CxDescribeCatalog::UnitAttr *CxDescribeCatalog::addUnitAttr(CxDescribeUnit * oUnit, const string &sDescribeFilePath)
{
GM_INVALID_RETURE_(oUnit, NULL);
UnitAttr * oUnitAttr = new UnitAttr();
oUnitAttr->unit = oUnit;
oUnitAttr->describeFilePath = sDescribeFilePath;
_unitAttrs.push_back(oUnitAttr);
return oUnitAttr;
}
void CxDescribeCatalog::setUnitAttrsDataName(const string &sDataName)
{
for (size_t i = 0; i < _unitAttrs.size(); ++i)
{
UnitAttr * o = _unitAttrs.at(i);
o->dataName = sDataName;
}
}
void CxDescribeCatalog::toContext(CxISetSkv &context) const
{
context.setValue(CxDescribeStrings::catalogName(), _catalogName);
context.setValue(CxDescribeStrings::catalogTitle(), _catalogTitle);
context.setValue(CxDescribeStrings::catalogParam(), _catalogParam);
}
void CxDescribeCatalog::fromContext(const CxIGetSkv &context)
{
_catalogName = context.getValue(CxDescribeStrings::catalogName(), _catalogName);
_catalogTitle = context.getValue(CxDescribeStrings::catalogTitle(), _catalogTitle);
setCatalogParam( context.getValue(CxDescribeStrings::catalogParam(), _catalogParam) );
}
void CxDescribeCatalog::deleteAndClear()
{
for (size_t i = 0; i < _unitAttrs.size(); ++i)
{
UnitAttr * o = _unitAttrs.at(i);
delete o;
}
_unitAttrs.clear();
}
//*project const string
//const std::string cs_DecribeFileName = "DecribeFileName";
//const std::string cs_Title = "Title";
CxDescribeProject::CxDescribeProject()
{
}
CxDescribeProject::~CxDescribeProject()
{
deleteAndClear();
}
void CxDescribeProject::setCatalogAttrs(const std::vector<CatalogAttr *> &value)
{
deleteAndClear();
_catalogAttrs = value;
}
CxDescribeProject::CatalogAttr *CxDescribeProject::findByName(const string &sName) const
{
for (size_t i = 0; i < _catalogAttrs.size(); ++i)
{
CatalogAttr * o = _catalogAttrs.at(i);
if (o->catalogName() == sName)
return o;
}
return NULL;
}
CxDescribeProject::CatalogAttr *CxDescribeProject::findByTitle(const string &sTitle) const
{
for (size_t i = 0; i < _catalogAttrs.size(); ++i)
{
CatalogAttr * o = _catalogAttrs.at(i);
if (o->catalogTitle() == sTitle)
return o;
}
return NULL;
}
CxDescribeProject::CatalogAttr *CxDescribeProject::findByFilePath(const string &sFilePath) const
{
for (size_t i = 0; i < _catalogAttrs.size(); ++i)
{
CatalogAttr * o = _catalogAttrs.at(i);
if (CxString::equalCase(o->catalogFilePath, sFilePath))
return o;
}
return NULL;
}
CxDescribeProject::CatalogAttr *CxDescribeProject::addCatalogAttr(const string &sCatalogName, const string &sCatalogTitle, const string &sCatalogUse, const string &sCatalogFilePath)
{
GM_VALID_RETURE_(sCatalogTitle.empty(), NULL);
GM_VALID_RETURE_(findByTitle(sCatalogTitle), NULL);
CatalogAttr * oCatalogAttr = new CatalogAttr();
CxDescribeCatalog * oCatalog = new CxDescribeCatalog();
oCatalogAttr->catalogFilePath = sCatalogFilePath;
oCatalog->_catalogName = sCatalogName;
oCatalog->_catalogTitle = sCatalogTitle;
oCatalog->_catalogParam = sCatalogUse;
oCatalogAttr->catalog = oCatalog;
_catalogAttrs.push_back(oCatalogAttr);
return oCatalogAttr;
}
void CxDescribeProject::deleteCatalogAttr(const string &sCatalogName, const string &sCatalogTitle)
{
for (size_t i = 0; i < _catalogAttrs.size(); ++i)
{
CatalogAttr * o = _catalogAttrs.at(i);
if (sCatalogName.size()>0)
{
if (o->catalogName() == sCatalogName)
{
CxContainer::remove(_catalogAttrs, o);
delete o;
return;
}
}
else if (sCatalogTitle.size()>0)
{
if (o->catalogTitle() == sCatalogTitle)
{
CxContainer::remove(_catalogAttrs, o);
delete o;
return;
}
}
}
}
void CxDescribeProject::deleteCatalogAttr(CxDescribeProject::CatalogAttr * oCatalogAttr)
{
CxContainer::remove(_catalogAttrs, oCatalogAttr);
}
void CxDescribeProject::toContext(CxISetSkv &context) const
{
context.setValue(CxDescribeStrings::projectName(), _projectName);
context.setValue(CxDescribeStrings::projectTitle(), _projectTitle);
}
void CxDescribeProject::fromContext(const CxIGetSkv &context)
{
_projectName = context.getValue(CxDescribeStrings::projectName(), _projectName);
_projectTitle = context.getValue(CxDescribeStrings::projectTitle(), _projectTitle);
}
void CxDescribeProject::deleteAndClear()
{
for (size_t i = 0; i < _catalogAttrs.size(); ++i)
{
CatalogAttr * o = _catalogAttrs.at(i);
if (o->catalog) { delete o->catalog; o->catalog = NULL; }
delete o;
}
_catalogAttrs.clear();
}
void CxDescribeManager::start()
{
loadDescribeUnits();
prepareDescribeUnits();
}
void CxDescribeManager::stop()
{
// todo : can not delete. otherwise ui do not use then
return;
for (std::map<std::string, CxDescribeUnit*> ::iterator it = f_describeUnits.begin(); it != f_describeUnits.end(); it++)
{
CxDescribeUnit * oUnit = it->second;
delete oUnit;
}
f_describeUnits.clear();
}
const std::map<std::string, CxDescribeUnit*> & CxDescribeManager::describeUnits()
{
return f_describeUnits;
}
CxDescribeUnit * CxDescribeManager::addDescribeUnit(const string &sFilePath)
{
CxDescribeUnit * rDescribeUnit = NULL;
std::vector<CxDescribeBase *> describes;
//*->tab unit
CxSkverBase * oProfile = CxSkverManager::beginUse(sFilePath);
if (oProfile)
{
const std::map<std::string, std::map<std::string, std::string> > & sRows = oProfile->getSectionEntryValues();
std::string sUnitName =oProfile->getValue(CxDescribeStrings::self(), CxDescribeStrings::unitName(), string());
CxDescribeUnit * oUnit = findDescribeUnit(sUnitName);
if (oUnit) return NULL;
for (map<string, map<string, string> >::const_iterator itRows = sRows.begin(); itRows != sRows.end(); ++itRows)
{
//*->tab unit
const string & sSection = itRows->first;
if (sSection == CxDescribeStrings::self())
continue;
const map<string, string> & sRow = itRows->second;
string sTypeSimpleName = CxContainer::value(sRow , CxDescribeStrings::typeSimpleName());
CxDescribeBase * oDescribe = CxDescribeFactoryManager::createObject(sTypeSimpleName);
if (oDescribe)
{
oProfile->prepareGet(sSection);
oDescribe->fromContext(*oProfile);
describes.push_back(oDescribe);
}
else
{
cxPrompt() << "loadUnit warning : no " << CxDescribeStrings::typeSimpleName() << "=" << sTypeSimpleName;
}
}
if (describes.size() > 0)
{
rDescribeUnit = new CxDescribeUnit();
oProfile->prepareGet(CxDescribeStrings::self());
rDescribeUnit->fromContext(*oProfile);
rDescribeUnit->setDescribes(describes);
CxDescribeUnit * oUnit = findDescribeUnit(rDescribeUnit->unitName());
if (oUnit) delete oUnit;
f_describeUnits[rDescribeUnit->unitName()] = rDescribeUnit;
}
else
{
cxPrompt() << "loadUnit fail : can not load describes from" << sFilePath;
}
CxSkverManager::endUse(oProfile);
}
return rDescribeUnit;
}
CxDescribeUnit *CxDescribeManager::findDescribeUnit(const string &sUnitName)
{
return CxContainer::value(f_describeUnits, sUnitName, (CxDescribeUnit *)NULL);
}
//[Self]
//[Application1]
//[Application2]
int CxDescribeManager::loadProject(CxDescribeProject &describeProject, const string &sFilePath)
{
string sSelfPath = CxFileSystem::extractPath(sFilePath);
string sParentPath = CxFileSystem::parentPath(CxFileSystem::extractPath(sFilePath));
std::vector<CxCatalogAttr *> describeCatalogs;
// ProjectName=CP
// ProjectTitle=xxx.title
// ConfigDataPath=./../
// DescribePath=./../describe
//*->application catalog
CxSkverBase * oProfile = CxSkverManager::beginUse(sFilePath);
if (oProfile)
{
const std::map<std::string, std::map<std::string, std::string> > & sRows = oProfile->getSectionEntryValues();
const std::map<std::string, std::string> & entryValus = oProfile->getEntryValues(CxDescribeStrings::self());
string sDescribePath = CxContainer::value(entryValus, CxDescribeStrings::describePath());
string sConfigDataPath = CxContainer::value(entryValus, CxDescribeStrings::configDataPath() );
string sProjectName = CxContainer::value(entryValus, CxDescribeStrings::name() );
string sProjectTitle = CxContainer::value(entryValus, CxDescribeStrings::title());
if (! CxFileSystem::hasRootPath(sDescribePath) )
sDescribePath = CxFileSystem::cd(sDescribePath, sSelfPath);
if (! CxFileSystem::isExist(sDescribePath))
sDescribePath = sSelfPath;
if (! CxFileSystem::hasRootPath(sConfigDataPath) )
sConfigDataPath = CxFileSystem::cd(sConfigDataPath, sSelfPath);
if (! CxFileSystem::isExist(sConfigDataPath))
sConfigDataPath = CxFileSystem::cd("config", sParentPath);
for (map<string, map<string, string> >::const_iterator itRows = sRows.begin(); itRows != sRows.end(); ++itRows)
{
//*->CxCatalogAttr application catalog
const string & sSection = itRows->first;
if (sSection == CxDescribeStrings::self())
continue;
const map<string, string> & sRow = itRows->second;
string sCatalogFilePath = CxContainer::value(sRow, CxDescribeStrings::catalogFilePath());
string sCatalogTitle = CxContainer::value(sRow, CxDescribeStrings::title());
string sFilePath2 = CxFileSystem::fullFilePath(sDescribePath, sCatalogFilePath);
bool bHas = false;
for (size_t i = 0; i < describeCatalogs.size(); ++i)
{
CxCatalogAttr * o = describeCatalogs.at(i);
if (o->catalogTitle() == sCatalogTitle)
{
bHas = true;
break;
}
}
GM_VALID_BREAK(bHas);
CxDescribeCatalog * oCatalog = new CxDescribeCatalog();
if (loadCatalog(* oCatalog, sFilePath2, sDescribePath)>0)
{
CxCatalogAttr * oCatalogAttr = new CxCatalogAttr();
oCatalogAttr->catalog = oCatalog;
oCatalogAttr->catalogFilePath = sCatalogFilePath;
describeCatalogs.push_back(oCatalogAttr);
}
else
{
delete oCatalog;
}
}
if (describeCatalogs.size()>0)
{
describeProject._projectName = sProjectName;
describeProject._projectTitle = sProjectTitle;
describeProject.setCatalogAttrs(describeCatalogs);
}
else
{
cxPrompt() << "loadProject fail : can not load catalogs from" << sFilePath;
}
CxSkverManager::endUse(oProfile);
}
return describeCatalogs.size();
}
int CxDescribeManager::saveProject(CxDescribeProject &describeProject, const string &sFilePath)
{
const std::vector<CxCatalogAttr*> & catalogAttrs = describeProject.catalogAttrs();
CxSkverBase * oProfile = CxSkverManager::beginUse(sFilePath, false);
if (oProfile)
{
for (size_t i = 0; i < catalogAttrs.size(); ++i)
{
const CxCatalogAttr * oCatalogAttr = catalogAttrs.at(i);
string sSection = CxString::format("%06d", i);
oProfile->prepareSet(sSection);
oProfile->setValue(CxDescribeStrings::catalogFilePath(), oCatalogAttr->catalogFilePath);
}
oProfile->prepareSet(CxDescribeStrings::self());
describeProject.toContext(*oProfile);
return CxSkverManager::endUse(oProfile, true);
}
return 0;
}
//[Catalog1]
//[Catalog2]
int CxDescribeManager::loadCatalog(CxDescribeCatalog &describeCatalog, const string &sFilePath, const std::string & sDescribePath)
{
std::vector<CxUnitAttr *> describeUnits;
//*->catalog
CxSkverBase * oProfile = CxSkverManager::beginUse(sFilePath);
if (oProfile)
{
const std::map<std::string, std::map<std::string, std::string> > & sRows = oProfile->getSectionEntryValues();
for (map<string, map<string, string> >::const_iterator itRows = sRows.begin(); itRows != sRows.end(); ++itRows)
{
//*->[Catalog1]
const string & sSection = itRows->first;
if (sSection == CxDescribeStrings::self())
continue;
const map<string, string> & sRow = itRows->second;
std::string sUnitName = CxString::trim(CxContainer::value(sRow, CxDescribeStrings::unitName()));
std::string sDescribeFilePath = CxContainer::value(sRow, CxDescribeStrings::describeFilePath()) ;
std::string sUnitCaption = CxString::trim(CxContainer::value(sRow, CxDescribeStrings::unitCaption()));
std::string sDataType = CxContainer::value(sRow, CxDescribeStrings::dataType()) ;
std::string sDataPath = CxContainer::value(sRow, CxDescribeStrings::dataPath()) ;
std::string sDataSection = CxContainer::value(sRow, CxDescribeStrings::dataSection()) ;
std::string sDataName = CxContainer::value(sRow, CxDescribeStrings::dataName()) ;
std::string sDataParam = CxContainer::value(sRow, CxDescribeStrings::dataParam()) ;
std::string sDataRewrite = CxContainer::value(sRow, CxDescribeStrings::dataRewrite()) ;
CxDescribeUnit * oDescribeUnit = findDescribeUnit(sUnitName);
if (! oDescribeUnit)
{
oDescribeUnit = addDescribeUnit(CxFileSystem::fullFilePath(sDescribePath, sDescribeFilePath));
}
if (oDescribeUnit)
{
if (sUnitCaption.empty()) sUnitCaption = oDescribeUnit->unitTitle();
GM_VALID_CONTINUE(describeCatalog.findByCation(sUnitCaption));
CxUnitAttr * oUnitAttr = new CxUnitAttr();
oUnitAttr->unit = oDescribeUnit;
oUnitAttr->describeFilePath = sDescribeFilePath;
oUnitAttr->unitCaption = sUnitCaption;
oUnitAttr->dataType = sDataType;
oUnitAttr->dataPath = sDataPath;
oUnitAttr->dataSection = sDataSection;
oUnitAttr->dataName = sDataName;
oUnitAttr->dataParam = sDataParam;
oUnitAttr->dataRewrite = CxString::toBoolean(sDataRewrite);
oUnitAttr->userData = NULL;
describeUnits.push_back(oUnitAttr);
}
}
if (describeUnits.size()>0)
{
oProfile->prepareGet(CxDescribeStrings::self());
describeCatalog.fromContext(*oProfile);
describeCatalog.setUnitAttrs(describeUnits);
}
else
{
cxPrompt() << "loadCatalog fail : can not load units from" << sFilePath;
}
CxSkverManager::endUse(oProfile);
}
return describeUnits.size();
}
int CxDescribeManager::saveCatalog(CxDescribeCatalog &describeCatalog, const string &sFilePath)
{
const std::vector<CxUnitAttr *> & describeUnits = describeCatalog.unitAttrs();
CxSkverBase * oProfile = CxSkverManager::beginUse(sFilePath, false);
if (oProfile)
{
for (size_t i = 0; i < describeUnits.size(); ++i)
{
const CxUnitAttr * oUnitAttr = describeUnits.at(i);
string sSection = CxString::format("%06d", i);
oProfile->prepareSet(sSection);
oProfile->setValue(CxDescribeStrings::unitName(), oUnitAttr->unitName());
oProfile->setValue(CxDescribeStrings::describeFilePath(), oUnitAttr->describeFilePath);
oProfile->setValue(CxDescribeStrings::unitCaption(), oUnitAttr->unitCaption);
oProfile->setValue(CxDescribeStrings::dataType(), oUnitAttr->dataType);
oProfile->setValue(CxDescribeStrings::dataPath(), oUnitAttr->dataPath);
oProfile->setValue(CxDescribeStrings::dataSection(), oUnitAttr->dataSection);
oProfile->setValue(CxDescribeStrings::dataName(), oUnitAttr->dataName);
oProfile->setValue(CxDescribeStrings::dataParam(), oUnitAttr->dataParam);
oProfile->setValue(CxDescribeStrings::dataRewrite(), oUnitAttr->dataRewrite);
}
oProfile->prepareSet(CxDescribeStrings::self());
describeCatalog.toContext(*oProfile);
return CxSkverManager::endUse(oProfile, true);
}
return 0;
}
//[Self]
//[Describe1]
//[Describe2]
int CxDescribeManager::loadUnit(CxDescribeUnit &describeUnit, const string &sFilePath)
{
std::vector<CxDescribeBase *> describes;
//*->tab unit
CxSkverBase * oProfile = CxSkverManager::beginUse(sFilePath);
if (oProfile)
{
const std::map<std::string, std::map<std::string, std::string> > & sRows = oProfile->getSectionEntryValues();
for (map<string, map<string, string> >::const_iterator itRows = sRows.begin(); itRows != sRows.end(); ++itRows)
{
//*->tab unit
const string & sSection = itRows->first;
if (sSection == CxDescribeStrings::self())
continue;
const map<string, string> & sRow = itRows->second;
string sTypeSimpleName = CxContainer::value(sRow , CxDescribeStrings::typeSimpleName());
CxDescribeBase * oDescribe = CxDescribeFactoryManager::createObject(sTypeSimpleName);
if (oDescribe)
{
oProfile->prepareGet(sSection);
oDescribe->fromContext(*oProfile);
describes.push_back(oDescribe);
}
else
{
cxPrompt() << "loadUnit warning : no " << CxDescribeStrings::typeSimpleName() << "=" << sTypeSimpleName;