/* FILE: DDLParserBase.C */ /* VERSION: 1.600 */ /* DATE: 2/3/2005 */ /* Comments and Questions to: sw-help@rcsb.rutgers.edu */ /* COPYRIGHT 1999-2005 Rutgers - The State University of New Jersey This software is provided WITHOUT WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE OR ANY OTHER WARRANTY, EXPRESS OR IMPLIED. RUTGERS MAKE NO REPRESENTATION OR WARRANTY THAT THE SOFTWARE WILL NOT INFRINGE ANY PATENT, COPYRIGHT OR OTHER PROPRIETARY RIGHT. The user of this software shall indemnify, hold harmless and defend Rutgers, its governors, trustees, officers, employees, students, agents and the authors against any and all claims, suits, losses, liabilities, damages, costs, fees, and expenses including reasonable attorneys' fees resulting from or arising out of the use of this software. 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TO THE MAXIMUM EXTENT PERMITTED BY APPLICABLE LAW, IN NO EVENT WILL LICENSOR BE LIABLE FOR ANY INDIRECT, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OF OR INABILITY TO USE THE SOFTWARE, INCLUDING, WITHOUT LIMITATION, DAMAGES FOR LOSS OF GOODWILL, WORK STOPPAGE, COMPUTER FAILURE OR MALFUNCTION, OR ANY AND ALL OTHER COMMERCIAL DAMAGES OR LOSSES, EVEN IF ADVISED OF THE POSSIBILITY THEREOF. */ /* PURPOSE: A DDL 2.1 compliant CIF file parser. */ #include #include #include #include #define MAX_CIF_NAME_LENGTH 100 #include "DDLScannerBase.h" #include "DDLParserInt.h" #include "DDLFileObj.h" #include "DDLParserBase.h" /* class CifFileObj; class CifFileObjBase; */ extern FILE* ddlparser_in; extern int ddlparser_parse(); char Glob_tBufKeywordSaveDDL[MAX_CIF_NAME_LENGTH]; char* Glob_pBufValueDDL; CifString* Glob_sBufValueDDL; char* Glob_dataBlockNameDDL; DDLParser* DDLParserP = NULL; DDLParser::DDLParser(FILE* in, DDLFileObj *fo, ISTable *format2, int verbose) { ddlparser_in = in; _verbose=verbose; format=format2; Clear(); errorLog.Clear(); if (fo) _fobj = fo; else exit(-1); OpenLog("DDLParser.log",_verbose); DDLParserP = this; } void DDLParser::Parse() { ddlparser_parse(); } void ddlparser_error(const char *s) { DDLParserP->Error(s); } DDLParser::~DDLParser() { Reset(); DDLParserP = NULL; } void DDLParser::Error(const char *s) /* * Purpose: yyerror() Print errors in DDLScanner log. */ { errorLog += s; errorLog += " near line "; errorLog += NDBlineNo; errorLog += '\n'; log << s << " near line " << NDBlineNo << endl; } void DDLParser::Reset() { if (_tbl && (_curItemNo > 0)) { // write the current table / management of _tbl by _fobj if (_nTablesInBlock) { _fobj->WriteTable(_tbl,_curDataBlockName,_curCategoryName); } else { _fobj->WriteTable(_tbl,_prevDataBlockName,_curCategoryName); } _nTablesInBlock++; } if (_rowBuf) delete _rowBuf; if (_fieldList) free(_fieldList); if (_colIndex) free(_colIndex); if (_rowBufSave) delete _rowBufSave; if (_fieldListSave) free(_fieldListSave); } void DDLParser::Clear() { _nTablesInBlock=0; _numDataBlocks=0; _afterLoop = FALSE; _curItemNo=0; _curRow=0; _curCol=0; _curValueNo=0; _itemIndex=0; _fieldListAlloc=100; _fieldList=(int *) malloc(_fieldListAlloc*sizeof(int)); _colIndex =(int *) malloc(_fieldListAlloc*sizeof(int)); _pBufValue=NULL; _sBufValue=NULL; _rowBuf= new ReVarCifArray; _fobj=NULL; _tbl=NULL; isSave = 0; _nTablesInBlockSave=0; _curItemNoSave=0; _saveobj=NULL; _savetbl=NULL; _fieldListAllocSave=100; _fieldListSave=(int *) malloc(_fieldListAllocSave*sizeof(int)); _rowBufSave= new ReVarCifArray; _uString.Copy("."); _mString.Copy("?"); strcpy(_tBufKeyword,""); strcpy(_curCategoryName,""); strcpy(_curDataBlockName,"MISSING"); strcpy(_prevDataBlockName,"MISSING"); strcpy(_curCategoryNameSave,""); strcpy(_curDataBlockNameSave,""); strcpy(_prevDataBlockNameSave,""); ReVarCifArray list; /* table format keeps information about what tables are item related, what category related, and what datablock related column dbName has datablock name in it, since file can have more then one datablock, column type has type of table such as datablock, category or item; and column catName has table name such as dictionary_history, item_type_list... - datablock related; category, category_key... - category related, item_type, item_linked... - item related This table is nessery to write ddl in a save frame format */ format->AddColumn("dbName"); format->AddColumn("type"); format->AddColumn("catName"); list.Add("dbName"); list.Add("type"); list.Add("catName"); format->CreateIndex("index0",list); } void DDLParser::ProcessLoopDeclaration(void) /* ---------------------------------------------------------------------- Purpose: DDLParser::ProcessLoopDeclaration(void) Handles initialization for a new loop, by creating a new category and adding the current item name to this category. ---------------------------------------------------------------------- */ { char categoryName[MAX_CIF_NAME_LENGTH]; #if DEBUG if (_verbose) log << "Processing loop declaration at line " << NDBlineNo << " value " <<_tBufKeyword << endl; #endif _afterLoop = TRUE; if (! CifFileObjBase::GetCategoryNameFromItemName(categoryName, _tBufKeyword) ) { log << "Error in category name at line " << NDBlineNo << " value " << _tBufKeyword << endl; errorLog += "Error in category name at line "; errorLog += NDBlineNo; errorLog += " value "; errorLog += _tBufKeyword; errorLog += '\n'; } if (_fobj->IsTablePresent(categoryName)) { if (!isSave) { log << "Warning - Duplicate category name " << categoryName << " at line " << NDBlineNo << endl; /* this is just a warning - rows are concatenated, this is happens only out of save frame, and in that case isSave=0. Because of that "else" is removed. */ } if (_tbl) { // write the current table / management of _tbl by _fobj if (_nTablesInBlock) { _fobj->WriteTable(_tbl,_curDataBlockName,_curCategoryName); } else { _fobj->WriteTable(_tbl,_prevDataBlockName,_curCategoryName); } _nTablesInBlock++; } _tbl = _fobj->GetTablePtr(_curDataBlockName,categoryName); _curRow = _tbl->GetNumRows(); ProcessItemNameList(); strcpy(_curCategoryName,categoryName); } else { if (_tbl) { // write the current table / management of _tbl by _fobj if (_nTablesInBlock) { _fobj->WriteTable(_tbl,_curDataBlockName,_curCategoryName); } else { _fobj->WriteTable(_tbl,_prevDataBlockName,_curCategoryName); } _nTablesInBlock++; } _tbl = new ISTable(categoryName); _curRow = 0; strcpy(_curCategoryName,categoryName); ProcessItemNameList(); } } void DDLParser::ProcessItemNameList(void) /* ---------------------------------------------------------------------- Purpose: DDLParser::ProcessItemNameList(void) Registers the item keyword for the the current item in the current category. Maintains an index array of "valid" keyword names in fieldList[]. This array is used to indirectly reference between keywords and values ... * ----------------------------------------------------------------------*/ { char keywordName[MAX_CIF_NAME_LENGTH], categoryName[MAX_CIF_NAME_LENGTH]; #if DEBUG if (_verbose) log << "Processing item name list at line " << NDBlineNo << " keyword " << _tBufKeyword << endl; #endif if (! CifFileObjBase::GetCategoryNameFromItemName(categoryName, _tBufKeyword) ) { log << "Error in category name at line " << NDBlineNo << " value " << _tBufKeyword << endl; errorLog += "Error in category name at line "; errorLog += NDBlineNo; errorLog += " value "; errorLog += _tBufKeyword; errorLog += '\n'; } if ( _curItemNo > _fieldListAlloc - 1) { _fieldListAlloc = _curItemNo + _fieldListAlloc; _fieldList = (int *) realloc(_fieldList, (_fieldListAlloc) * sizeof(int)); _colIndex = (int *) realloc(_colIndex, (_fieldListAlloc) * sizeof(int)); } ReVarCifArray colNames, target; int errCode; colNames.Add("dbName"); colNames.Add("type"); colNames.Add("catName"); target.Add(_curDataBlockName); if (isSave == 0) { target.Add("data"); } if (isSave == 1) { target.Add("category"); } if (isSave == 2) { target.Add("item"); } target.Add(categoryName); format->FindFirst(target,colNames,errCode); if (errCode == NOT_FOUND) { format->AddRow(); format->FillRow(target,format->GetNumRows()-1); } if (isSave) { if ( !strcmp(categoryName,_curCategoryName) && CifFileObjBase::GetKeywordFromItemName(keywordName, _tBufKeyword)) { #if DEBUG if (_verbose) log << "Line " << NDBlineNo << " keyword is " << keywordName << endl; #endif _tbl->AddColumn(keywordName); _itemIndex++; _fieldList[_curItemNo] = _itemIndex; _colIndex[_curItemNo] = _tbl->GetColumnIndex(keywordName);//_curItemNo; } else { CifFileObjBase::GetKeywordFromItemName(keywordName, _tBufKeyword); _itemIndex++; _fieldList[_curItemNo] = _itemIndex; //***************** _colIndex[_curItemNo] = _tbl->GetColumnIndex(keywordName); } } else { strcpy(_curCategoryName,categoryName); if ( !strcmp(categoryName,_curCategoryName) && CifFileObjBase::GetKeywordFromItemName(keywordName, _tBufKeyword)) { if (_tbl->GetColumnIndex(keywordName) >= 0) { log << "Warning - Duplicate item name " <<_tBufKeyword << " at line " << NDBlineNo << endl; } /* else*/ { #if DEBUG if (_verbose) log << "Line " << NDBlineNo << " keyword is " << keywordName << endl; #endif _tbl->AddColumn(keywordName); _itemIndex++; _fieldList[_curItemNo] = _itemIndex; _colIndex[_curItemNo] = _tbl->GetColumnIndex(keywordName); } } else { log << "Syntax error at line " << NDBlineNo << " at item " << _tBufKeyword << endl; errorLog += "*Syntax error at line "; errorLog += NDBlineNo; errorLog += " item "; errorLog += _tBufKeyword; errorLog += '\n'; _fieldList[_curItemNo] = -1; } } _curItemNo++; } void DDLParser::ProcessValueList(void) /* ---------------------------------------------------------------------- Purpose: DDLParser::ProcessValueList(void) Add the current value to the appropriate column in the the current row. Start a new row if necessary. * ----------------------------------------------------------------------*/ { CifString cs; #if DEBUG if (_verbose) { if (_pBufValue) log << "Processing value at line " << NDBlineNo << " value [" << _pBufValue << "]" << endl; else log << "Processing value at line " << NDBlineNo << " value [" << (*_sBufValue).Text() << "]" << endl; } #endif if (_fieldList[_curValueNo] > 0 ) { if (_fieldList[_curValueNo] == 1) { _rowBuf->Clear(); _curRow++; _tbl->AddRow(); _tbl->FillRow(*_rowBuf,_curRow-1); } if (_pBufValue) { if (strlen(_pBufValue) > 0) { cs.Clear(); cs.Copy(_pBufValue); _tbl->UpdateCell(cs,_colIndex[_curValueNo] , _curRow-1); } else { _tbl->UpdateCell(_mString,_colIndex[_curValueNo] , _curRow-1); } } else { if (_sBufValue->Length() > 0) _tbl->UpdateCell(*_sBufValue,_colIndex[_curValueNo] , _curRow-1); else _tbl->UpdateCell(_mString,_colIndex[_curValueNo] , _curRow-1); } } _curValueNo++; if (_curValueNo == _curItemNo) { #if DEBUG if (_verbose) { log << "Loading row " << _curRow -1 << " with " << _rowBuf->Length() << " elements" << endl; for (int i=0; i < _rowBuf->Length(); i++) { log << "Column [" << i << "] value "<< (*_rowBuf)[i].Text() << endl; } } #endif _curValueNo = 0; } } void DDLParser::ProcessItemValuePair(void) /* ---------------------------------------------------------------------- Purpose: ndb_cif_process_item_name_value_pair() Assign the current value to its associated item name. * ----------------------------------------------------------------------*/ { char categoryName[MAX_CIF_NAME_LENGTH], keywordName[MAX_CIF_NAME_LENGTH]; CifString cs; _curItemNo = 1; _curValueNo = 0; #if DEBUG if (_verbose) { if (_pBufValue) log << "Processing " << _tBufKeyword << " at " << NDBlineNo << " value " << _pBufValue << endl; else log << "Processing " << _tBufKeyword << " at " << NDBlineNo << " value " << (*_sBufValue).Text() << endl; } #endif if (! CifFileObjBase::GetCategoryNameFromItemName(categoryName, _tBufKeyword) ) { log << "Error in category name at line " << NDBlineNo << " value " << _tBufKeyword << endl; errorLog += "Error in category name at line "; errorLog += NDBlineNo; errorLog += " value "; errorLog += _tBufKeyword; errorLog += '\n'; return; } ReVarCifArray colNames, target; int errCode; colNames.Add("dbName"); colNames.Add("type"); colNames.Add("catName"); target.Add(_curDataBlockName); if (isSave == 0) { target.Add("data"); } if (isSave == 1) { target.Add("category"); } if (isSave == 2) { target.Add("item"); } target.Add(categoryName); format->FindFirst(target,colNames,errCode); if (errCode == NOT_FOUND) { format->AddRow(); format->FillRow(target,format->GetNumRows()-1); } if (_fobj->IsTablePresent(categoryName)) { // duplicates a persistent table? if (!isSave) { log << "Warning - Duplicate category name " << categoryName << " at line " << NDBlineNo << endl; } if (strcmp(categoryName,_curCategoryName)|| _afterLoop) { if (_tbl) { // write the current table / management of _tbl by _fobj if (_nTablesInBlock) { _fobj->WriteTable(_tbl,_curDataBlockName,_curCategoryName); } else { _fobj->WriteTable(_tbl,_prevDataBlockName,_curCategoryName); } _nTablesInBlock++; } _tbl = _fobj->GetTablePtr(_curDataBlockName,categoryName); _tbl->AddRow(); _curCol = 1; strcpy(_curCategoryName,categoryName); } _afterLoop=FALSE; if (_pBufValue) { CifFileObjBase::GetKeywordFromItemName(keywordName, _tBufKeyword); _curCol = _tbl->GetColumnIndex(keywordName)+1; _curRow = _tbl->GetNumRows(); if (_curCol < 0) { _tbl->AddColumn(keywordName); _curCol = _tbl->GetColumnIndex(keywordName)+1; for (int i=0; i<=_curRow; i++) _tbl->AddElementToColumn( _mString,i); } cs.Clear(); if (strlen(_pBufValue) > 0) { cs.Copy(_pBufValue); _tbl->UpdateCell( cs, _curCol-1 , _curRow-1); } else { _tbl->UpdateCell( _mString, _curCol-1 , _curRow-1); } } else { CifFileObjBase::GetKeywordFromItemName(keywordName, _tBufKeyword); _curCol = _tbl->GetColumnIndex(keywordName)+1; _curRow = _tbl->GetNumRows(); if (_curCol < 0) { _tbl->AddColumn(keywordName); _curCol = _tbl->GetColumnIndex(keywordName)+1; for (int i=0; i<=_curRow; i++) _tbl->AddElementToColumn( _mString,i); } if (_sBufValue->Length() > 0) { _tbl->UpdateCell(*_sBufValue , _curCol-1 , _curRow-1); } else { _tbl->UpdateCell( _mString, _curCol-1 , _curRow-1); } } _curCol++; } else { if (strcmp(categoryName,_curCategoryName)) { if (_tbl) { // write the current table / management of _tbl by _fobj if (_nTablesInBlock) { _fobj->WriteTable(_tbl,_curDataBlockName,_curCategoryName); } else { _fobj->WriteTable(_tbl,_prevDataBlockName,_curCategoryName); } _nTablesInBlock++; } _tbl = new ISTable(categoryName); _curCol = 0; strcpy(_curCategoryName,categoryName); } if ( CifFileObjBase::GetKeywordFromItemName(keywordName, _tBufKeyword) ) { #if DEBUG if (_verbose) log << "Line " << NDBlineNo << " keyword is " << keywordName << endl; #endif _tbl->AddColumn(keywordName); _curCol++; } else { log << "Syntax error line " << NDBlineNo << " at item " << _tBufKeyword << endl; errorLog += "Syntax2 error at line "; errorLog += NDBlineNo; errorLog += " item "; errorLog += _tBufKeyword; errorLog += '\n'; } if (_pBufValue) { cs.Clear(); if (strlen(_pBufValue) > 0) { cs.Copy(_pBufValue); _tbl->AddElementToColumn( cs, _curCol-1); } else _tbl->AddElementToColumn( _mString, _curCol-1); } else { if (_sBufValue->Length() > 0) _tbl->AddElementToColumn( *_sBufValue, _curCol-1); else _tbl->AddElementToColumn( _mString, _curCol-1); } } } /* These methods are the same as methods in CifParser; rules are the same, except these methods are applied to temporary _saveobj object to examine correctness of save frame */ //****************************** void DDLParser::ProcessLoopDeclarationSave(void) /* ---------------------------------------------------------------------- Purpose: DDLParser::ProcessLoopDeclarationSave(void) Handles initialization for a new loop, by creating a new category and adding the current item name to this category. ---------------------------------------------------------------------- */ { char categoryName[MAX_CIF_NAME_LENGTH]; _curItemNoSave = 0; _curValueNoSave = 0; _itemIndexSave = 0; if (! CifFileObjBase::GetCategoryNameFromItemName(categoryName, _tBufKeyword) ) { log << "Error in category name at line (save frame) " << NDBlineNo << " value " << _tBufKeyword << endl; errorLog += "Error in category name at line (save frame) "; errorLog += NDBlineNo; errorLog += " value "; errorLog += _tBufKeyword; errorLog += '\n'; } if (_saveobj->IsTablePresent(categoryName)) { log << "Duplicate category name in a save frame " << categoryName << " at line " << NDBlineNo << endl; errorLog += "Duplicate category name in a save frame "; errorLog += categoryName; errorLog += " at line "; errorLog += NDBlineNo; errorLog += '\n'; } else { if (_savetbl) { // write the current table / if (_nTablesInBlockSave) { _saveobj->WriteTable(_savetbl,_curDataBlockNameSave,_curCategoryNameSave); } else { _saveobj->WriteTable(_savetbl,_prevDataBlockNameSave,_curCategoryNameSave); } _nTablesInBlockSave++; } _savetbl = new ISTable(categoryName); _curRowSave = 0; strcpy(_curCategoryNameSave,categoryName); ProcessItemNameListSave(); } } void DDLParser::ProcessItemNameListSave(void) /* ---------------------------------------------------------------------- Purpose: DDLParser::ProcessItemNameListSave(void) Registers the item keyword for the the current item in the current category. Maintains an index array of "valid" keyword names in fieldList[]. This array is used to indirectly reference between keywords and values ... * ----------------------------------------------------------------------*/ { char keywordName[MAX_CIF_NAME_LENGTH], categoryName[MAX_CIF_NAME_LENGTH]; if (! CifFileObjBase::GetCategoryNameFromItemName(categoryName, _tBufKeyword) ) { log << "Error in category name at line (save frame) " << NDBlineNo << " value " << _tBufKeyword << endl; errorLog += "Error in category name at line (save frame) "; errorLog += NDBlineNo; errorLog += " value "; errorLog += _tBufKeyword; errorLog += '\n'; } if ( _curItemNoSave > _fieldListAllocSave - 1) { _fieldListAllocSave = _curItemNoSave + _fieldListAllocSave; _fieldListSave = (int *) realloc(_fieldListSave, (_fieldListAllocSave) * sizeof(int)); } if ( !strcmp(categoryName,_curCategoryNameSave) && CifFileObjBase::GetKeywordFromItemName(keywordName, _tBufKeyword)) { _savetbl->AddColumn(keywordName); _itemIndexSave++; _fieldListSave[_curItemNoSave] = _itemIndexSave; } else { log << "Syntax error at line (save frame) " << NDBlineNo << " at item " << _tBufKeyword << endl; errorLog += "Syntax error at line (save frame) "; errorLog += NDBlineNo; errorLog += " item "; errorLog += _tBufKeyword; errorLog += '\n'; _fieldListSave[_curItemNoSave] = -1; } _curItemNoSave++; } void DDLParser::ProcessValueListSave(void) /* ---------------------------------------------------------------------- Purpose: DDLParser::ProcessValueListSave(void) Add the current value to the appropriate column in the the current row. Start a new row if necessary. * ----------------------------------------------------------------------*/ { CifString cs; if (_fieldListSave[_curValueNoSave] > 0 ) { if (_fieldListSave[_curValueNoSave] == 1) { _rowBufSave->Clear(); _curRowSave++; _savetbl->AddRow(); _savetbl->FillRow(*_rowBufSave,_curRowSave-1); } if (_pBufValue) { if (strlen(_pBufValue) > 0) { cs.Clear(); cs.Copy(_pBufValue); _savetbl->UpdateCell(cs,_curValueNoSave , _curRowSave-1); } else { _savetbl->UpdateCell(_mString,_curValueNoSave , _curRowSave-1); } } else { if (_sBufValue->Length() > 0) _savetbl->UpdateCell(*_sBufValue,_curValueNoSave , _curRowSave-1); else _savetbl->UpdateCell(_mString,_curValueNoSave , _curRowSave-1); } } _curValueNoSave++; if (_curValueNoSave == _curItemNoSave) { _curValueNoSave = 0; } } void DDLParser::ProcessItemValuePairSave(void) /* ---------------------------------------------------------------------- Purpose: ProcessItemValuePairSave(void) Assign the current value to its associated item name. * ----------------------------------------------------------------------*/ { char categoryName[MAX_CIF_NAME_LENGTH], keywordName[MAX_CIF_NAME_LENGTH]; CifString cs; _curItemNoSave = 1; _curValueNoSave = 0; if (! CifFileObjBase::GetCategoryNameFromItemName(categoryName, _tBufKeyword) ) { log << "Error in category name at line (save frame) " << NDBlineNo << " value " << _tBufKeyword << endl; errorLog += "Error in category name at line (save frame) "; errorLog += NDBlineNo; errorLog += " value "; errorLog += _tBufKeyword; errorLog += '\n'; return; } if (_saveobj->IsTablePresent(categoryName)) { // duplicates a persistent table? log << "Duplicate category name in a save frame " << categoryName << " at line " << NDBlineNo << endl; errorLog += "Duplicate category name in a save frame "; errorLog += categoryName; errorLog += " at line "; errorLog += NDBlineNo; errorLog += '\n'; return; } if (strcmp(categoryName,_curCategoryNameSave)) { if (_savetbl) { // write the current table if (_nTablesInBlockSave) { _saveobj->WriteTable(_savetbl,_curDataBlockNameSave,_curCategoryNameSave); } else { _saveobj->WriteTable(_savetbl,_prevDataBlockNameSave,_curCategoryNameSave); } _nTablesInBlockSave++; } _savetbl = new ISTable(categoryName); _curColSave = 0; strcpy(_curCategoryNameSave,categoryName); } if ( CifFileObjBase::GetKeywordFromItemName(keywordName, _tBufKeyword) ) { _savetbl->AddColumn(keywordName); _curColSave++; } else { log << "Syntax error line (save frame) " << NDBlineNo << " at item " << _tBufKeyword << endl; errorLog += "Syntax error at line (save frame) "; errorLog += NDBlineNo; errorLog += " item "; errorLog += _tBufKeyword; errorLog += '\n'; } if (_pBufValue) { cs.Clear(); if (strlen(_pBufValue) > 0) { cs.Copy(_pBufValue); _savetbl->AddElementToColumn( cs, _curColSave-1); } else _savetbl->AddElementToColumn( _mString, _curColSave-1); } else { if (_sBufValue->Length() > 0) _savetbl->AddElementToColumn( *_sBufValue, _curColSave-1); else _savetbl->AddElementToColumn( _mString, _curColSave-1); } } void DDLParser::ProcessAssignments(void) { if (_curValueNo!=0) log <<"Number of data values is not exact multiples of the number of data names (look above line)"<SetDataBlock(&(Glob_dataBlockNameDDL)[5]); strcpy(_prevDataBlockNameSave,_curDataBlockNameSave); strcpy(_curDataBlockNameSave,&(Glob_dataBlockNameDDL)[5]); _savetbl=NULL; _pBufValue = Glob_dataBlockNameDDL; } void DDLParser::ProcessSaveEnd(void) { delete _saveobj; delete _savetbl; _pBufValue = Glob_pBufValueDDL; } void DDLParser::ProcessDataBlockName(void) { _numDataBlocks++; _nTablesInBlock=0; if (&(Glob_dataBlockNameDDL)[5] && (strlen(&(Glob_dataBlockNameDDL)[5])>0)) { _fobj->SetDataBlock(&(Glob_dataBlockNameDDL)[5]); strcpy(_curDataBlockName,&(Glob_dataBlockNameDDL)[5]); } else { char bCount[10]; sprintf(bCount,"%d",_numDataBlocks); strcpy(_curDataBlockName,"UNNAMED-"); strcat(_curDataBlockName,bCount); } if (strcmp(_prevDataBlockName,"MISSING") == 0) strcpy(_prevDataBlockName,_curDataBlockName); if (_tbl && (_curItemNo > 0)) { // write the current table / management of _tbl by _fobj _fobj->WriteTable(_tbl,_prevDataBlockName,_curCategoryName); _nTablesInBlock++; _tbl=NULL; } if (strcmp(_prevDataBlockName,_curDataBlockName)!=0) strcpy(_curCategoryName,""); #if DEBUG if (_verbose) log << " Previous data block is now " << _prevDataBlockName << endl; if (_verbose) log << " Current data block is now " << _curDataBlockName << endl; #endif } void ProcessAssignmentsFromDDLParser() { DDLParserP->ProcessAssignments(); } void ProcessOneAssignmentFromDDLParser() { DDLParserP->ProcessOneAssignment(); } void ProcessItemNameListLoopFromDDLParser() { DDLParserP->ProcessItemNameListLoop(); } void ProcessItemNameListNameFromDDLParser() { DDLParserP->ProcessItemNameListName(); } void ProcessValueListItemFromDDLParser() { DDLParserP->ProcessValueListItem(); } void ProcessItemNameFromDDLParser() { DDLParserP->ProcessItemName(); } void ProcessLoopFromDDLParser() { DDLParserP->ProcessLoop(); } void ProcessItemValueFromDDLParser() { DDLParserP->ProcessItemValue(); } void ProcessLsItemValueFromDDLParser() { DDLParserP->ProcessLsItemValue(); } void ProcessUnknownValueFromDDLParser() { DDLParserP->ProcessUnknownValue(); } void ProcessMissingValueFromDDLParser() { DDLParserP->ProcessMissingValue(); } void ProcessSaveBeginFromDDLParser() { DDLParserP->ProcessSaveBegin(); } void ProcessSaveEndFromDDLParser() { DDLParserP->ProcessSaveEnd(); } void ProcessDataBlockNameFromDDLParser() { DDLParserP->ProcessDataBlockName(); }