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feature/libxml2
core/OOXML/Binary/Sheets/Writer/CSVWriter.cpp
Oleg Korshul 5f6075ca33 Merge branch 'release/v9.4.0' into develop
2026-05-19 16:46:09 +03:00

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/*
* Copyright (C) Ascensio System SIA, 2009-2026
*
* This program is a free software product. You can redistribute it and/or
* modify it under the terms of the GNU Affero General Public License (AGPL)
* version 3 as published by the Free Software Foundation, together with the
* additional terms provided in the LICENSE file.
*
* This program is distributed WITHOUT ANY WARRANTY; without even the implied
* warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. For
* details, see the GNU AGPL at: https://www.gnu.org/licenses/agpl-3.0.html
*
* You can contact Ascensio System SIA by email at info@onlyoffice.com
* or by postal mail at 20A-6 Ernesta Birznieka-Upisha Street, Riga,
* LV-1050, Latvia, European Union.
*
* The interactive user interfaces in modified versions of the Program
* are required to display Appropriate Legal Notices in accordance with
* Section 5 of the GNU AGPL version 3.
*
* No trademark rights are granted under this License.
*
* All non-code elements of the Product, including illustrations,
* icon sets, and technical writing content, are licensed under the
* Creative Commons Attribution-ShareAlike 4.0 International License:
* https://creativecommons.org/licenses/by-sa/4.0/legalcode
*
* This license applies only to such non-code elements and does not
* modify or replace the licensing terms applicable to the Program's
* source code, which remains licensed under the GNU Affero General
* Public License v3.
*
* SPDX-License-Identifier: AGPL-3.0-only
*/
#include "CSVWriter.h"
#include "../Reader/CellFormatController/LocalInfo.h"
#include "../../../../UnicodeConverter/UnicodeConverter.h"
#include "../../../../UnicodeConverter/UnicodeConverter_Encodings.h"
#include "../../../../DesktopEditor/common/StringBuilder.h"
#include "../../../../DesktopEditor/common/StringExt.h"
#include "../../../../DesktopEditor/common/File.h"
#include "../../../XlsxFormat/Xlsx.h"
#include "../../../XlsxFormat/Workbook/Workbook.h"
#include "../../../XlsxFormat/SharedStrings/SharedStrings.h"
#include "../../../XlsxFormat/Styles/Styles.h"
#include "../../../XlsxFormat/Styles/Xfs.h"
#include "../../../XlsxFormat/Styles/NumFmts.h"
#include "../../../XlsxFormat/Worksheets/Worksheet.h"
#include "../../../../Common/MS-LCID.h"
#include <boost/date_time.hpp>
#include <boost/format.hpp>
#include <boost/regex.hpp>
#include <ctime>
#include <locale>
#include <memory>
class CSVWriter::Impl
{
public:
Impl(OOX::Spreadsheet::CXlsx &oXlsx, unsigned int m_nCodePage, const std::wstring& sDelimiter, int Lcid, bool m_bJSON);
~Impl();
bool Start(const std::wstring &sFileDst);
void WriteSheetStart(OOX::Spreadsheet::CWorksheet* pWorksheet);
void WriteRowStart(OOX::Spreadsheet::CRow *pRow);
void WriteCell(OOX::Spreadsheet::CCell *pCell);
void WriteRowEnd(OOX::Spreadsheet::CRow* pWorksheet, bool bLast = false);
void WriteSheetEnd(OOX::Spreadsheet::CWorksheet* pWorksheet);
void End();
void Close();
int m_nColStartBeginning = 1;
private:
NSFile::CFileBinary m_oFile;
OOX::Spreadsheet::CXlsx& m_oXlsx;
unsigned int m_nCodePage;
int m_nLcid;
const std::wstring& m_sDelimiter;
bool m_bJSON = false;
bool m_bShowFormulas = false;
MS_LCID_converter m_lcidConverter;
wchar_t* m_pWriteBuffer;
int m_nCurrentIndex;
std::wstring m_sEscape;
int m_nRowCurrent;
int m_nColCurrent;
int m_nColDimension;
bool m_bIsWriteCell; // Only needed for JSON writing
bool m_bStartRow;
bool m_bStartCell;
unsigned int language_code = 0;
void GetDefaultFormatCode(int numFmt, std::wstring & format_code, boost::optional<int> & format_type);
std::wstring ConvertValueCellToString(const std::wstring &Value, boost::optional<int> format_type, std::wstring format_code);
int detect_format(std::wstring & format_code);
std::wstring convert_date_time(const std::wstring & sValue, std::wstring format_code, bool bDate = true, bool bTime = true);
std::locale loc_;
struct _numberFormat
{
bool bFloat = false;
bool bThousands = false;
bool bPercent = false;
int count_int = 0;
int count_float = 0;
std::wstring format_string;
};
std::map<std::wstring, _numberFormat> mapNumberFormat;
};
CSVWriter::CSVWriter()
{
}
CSVWriter::~CSVWriter()
{
}
void CSVWriter::Init(OOX::Spreadsheet::CXlsx &oXlsx, unsigned int nCodePage, const std::wstring& sDelimiter, int Lcid, bool bJSON)
{
impl_ = boost::shared_ptr<Impl>(new CSVWriter::Impl(oXlsx, nCodePage, sDelimiter, Lcid, bJSON));
}
void CSVWriter::Xlsx2Csv(const std::wstring &sFileDst, OOX::Spreadsheet::CXlsx &oXlsx, unsigned int nCodePage, const std::wstring& sDelimiter, int Lcid, bool bJSON)
{
Init(oXlsx, nCodePage, sDelimiter, Lcid, bJSON);
impl_->Start(sFileDst);
if (oXlsx.m_pWorkbook)
{
LONG lActiveSheet = oXlsx.m_pWorkbook->GetActiveSheetIndex();
std::wstring sSheetRId = _T("Sheet1"); // Read by sheet name, not by rId
// Get active sheet rId (for CSV conversion need to use name, since this is our binary from js-scripts and there's no rId yet
// For json need to use rId, since they are used on opening
if (oXlsx.m_pWorkbook->m_oSheets.IsInit() && !oXlsx.m_pWorkbook->m_oSheets->m_arrItems.empty())
{
OOX::Spreadsheet::CSheet* pSheet = NULL;
if (lActiveSheet >= 0 && lActiveSheet < (LONG)oXlsx.m_pWorkbook->m_oSheets->m_arrItems.size())
{
pSheet = oXlsx.m_pWorkbook->m_oSheets->m_arrItems[lActiveSheet];
}
else
{
pSheet = oXlsx.m_pWorkbook->m_oSheets->m_arrItems.front();
}
sSheetRId = bJSON ? pSheet->m_oRid->GetValue() : *pSheet->m_oName;
}
std::map<std::wstring, OOX::Spreadsheet::CWorksheet*>::const_iterator pFind = oXlsx.m_mapWorksheets.find(sSheetRId);
if (pFind != oXlsx.m_mapWorksheets.end())
{
OOX::Spreadsheet::CWorksheet *pWorksheet = pFind->second;
if (NULL != pWorksheet && pWorksheet->m_oSheetData.IsInit())
{
impl_->WriteSheetStart(pWorksheet);
for (size_t i = 0; i < pWorksheet->m_oSheetData->m_arrItems.size(); ++i)
{
OOX::Spreadsheet::CRow *pRow = pWorksheet->m_oSheetData->m_arrItems[i];
impl_->WriteRowStart(pRow);
for (size_t j = 0; j < pRow->m_arrItems.size(); ++j)
{
impl_->WriteCell(pRow->m_arrItems[j]);
}
impl_->WriteRowEnd(pRow, (i == pWorksheet->m_oSheetData->m_arrItems.size() - 1));
}
impl_->WriteSheetEnd(pWorksheet);
}
}
}
impl_->End();
}
bool CSVWriter::Start(const std::wstring &sFileDst)
{
if (impl_)
return impl_->Start(sFileDst);
return false;
}
void CSVWriter::WriteSheetStart(OOX::Spreadsheet::CWorksheet* pWorksheet)
{
if (impl_)
impl_->WriteSheetStart(pWorksheet);
}
void CSVWriter::WriteRowStart(OOX::Spreadsheet::CRow *pRow)
{
if (impl_)
impl_->WriteRowStart(pRow);
}
void CSVWriter::WriteCell(OOX::Spreadsheet::CCell *pCell)
{
if (impl_)
impl_->WriteCell(pCell);
}
void CSVWriter::WriteRowEnd(OOX::Spreadsheet::CRow* pWorksheet, bool bLast)
{
if (impl_)
impl_->WriteRowEnd(pWorksheet, bLast);
}
void CSVWriter::WriteSheetEnd(OOX::Spreadsheet::CWorksheet* pWorksheet)
{
if (impl_)
impl_->WriteSheetEnd(pWorksheet);
}
void CSVWriter::End()
{
if (impl_)
impl_->End();
}
void CSVWriter::Close()
{
if (impl_)
impl_->Close();
}
void CSVWriter::SetColStartBeginning(int val)
{
if (impl_)
impl_->m_nColStartBeginning = val;
}
//---------------------------------------------------------------------------------------------------------------------------------
static std::wstring replace_unwanted(boost::wsmatch const & what)
{
return L"";
}
int CSVWriter::Impl::detect_format(std::wstring & format_code)
{
if (format_code.empty()) return SimpleTypes::Spreadsheet::celltypeStr;
boost::wregex re_unwanted(L"([\"'])(.+?)\\1");
std::wstring strFormatCode = boost::regex_replace(format_code, re_unwanted, &replace_unwanted, boost::match_default | boost::format_all);
//find [$<Currency String>-<language info>].
boost::wregex re(L"(?:\\[)(?:\\$)(\\S+)?\-(\\S+)(?:\\])");
boost::wsmatch result;
bool b = boost::regex_search(strFormatCode, result, re);
std::wstring strCurrencyLetter;
if (b && result.size() >= 3)
{
strCurrencyLetter = result[1];
int code = -1;
try
{
std::wstringstream ss;
ss << std::hex << result[2];
ss >> language_code;
}
catch (...) {}
//format_code = boost::regex_replace( format_code,re,L"");
}
if (false == format_code.empty()) //any
{
boost::wregex re1(L"([mMhHs{2,}S{2,}]+)");
boost::wregex re2(L"([mMdDy{2,}Y{2,}]+)");
std::wstring tmp = strFormatCode;
std::list<std::wstring> result1;
bool b1 = boost::regex_split(std::back_inserter(result1), tmp, re1);
tmp = strFormatCode;
std::list<std::wstring> result2;
bool b2 = boost::regex_split(std::back_inserter(result2), tmp, re2);
if (b1 && b2 && result1.size() > 2 && result2.size() > 2)
{
return SimpleTypes::Spreadsheet::celltypeDateTime;
}
if (b1 && result1.size() >= 2)
{
return SimpleTypes::Spreadsheet::celltypeTime;
}
if (b2 && result2.size() > 2)
{
return SimpleTypes::Spreadsheet::celltypeDate;
}
if (!strCurrencyLetter.empty() && language_code != 0xF400 && language_code != 0xF800)
{
size_t start = format_code.find(L"[");
size_t end = format_code.rfind(L"]");
if (start != std::wstring::npos && end != std::wstring::npos)
{
format_code.erase(start, end - start + 1);
format_code.insert(start, strCurrencyLetter);
}
return SimpleTypes::Spreadsheet::celltypeCurrency;
}
if (std::wstring::npos != strFormatCode.find(L"%"))
{
return SimpleTypes::Spreadsheet::celltypePercentage;
}
if (std::wstring::npos != strFormatCode.find(L"#") ||
std::wstring::npos != strFormatCode.find(L"?") ||
std::wstring::npos != strFormatCode.find(L"0"))
{
return SimpleTypes::Spreadsheet::celltypeNumber;
}
}
return SimpleTypes::Spreadsheet::celltypeStr;
}
inline size_t sizeof_symbol(const std::wstring & sValue, wchar_t symbol, size_t start)
{
size_t i = start + 1;
for (; i < sValue.length(); ++i)
if (sValue[i] != symbol)
break;
return i - start;
}
std::wstring CSVWriter::Impl::convert_date_time(const std::wstring & sValue, std::wstring format_code, bool bDate, bool bTime)
{
try
{
double dTime = XmlUtils::GetDouble(sValue);
int iDate = (int)dTime;
dTime -= iDate;
boost::gregorian::date date_ = boost::gregorian::date(1900, 1, 1) + boost::gregorian::date_duration(iDate - 2);
boost::posix_time::time_duration day(24, 0, 0);
double millisec = day.total_milliseconds() * dTime;
double sec = millisec / 1000.;
int hours = (int)(sec / 60. / 60.);
int minutes = (int)((sec - (hours * 60 * 60)) / 60.);
sec = sec - (hours * 60 + minutes) * 60.;
if (format_code.empty())
{
std::wstring date_str, time_str;
if (bDate)
{
//std::wstringstream wss;
//wss.imbue(loc_);
std::time_t now = std::time(nullptr);
std::tm* currentTime = std::localtime(&now);
currentTime->tm_year = date_.year();
currentTime->tm_mon = date_.month();
currentTime->tm_mday = date_.day();
auto locInf = lcInfo::getLocalInfo(m_nLcid);
for(auto part: locInf.ShortDatePattern)
{
switch(part)
{
case L'0':
{
date_str += std::to_wstring(currentTime->tm_mday);
break;
}
case L'1':
{
if(currentTime->tm_mday < 10)
date_str+= L'0';
date_str += std::to_wstring(currentTime->tm_mday);
break;
}
case L'2':
{
date_str += std::to_wstring(currentTime->tm_mon);
break;
}
case L'3':
{
if(currentTime->tm_mon < 10)
date_str+= L'0';
date_str += std::to_wstring(currentTime->tm_mon);
break;
}
case L'4':
{
if (currentTime->tm_year >= 1000)
{
auto sringYear = std::to_wstring(currentTime->tm_year);
auto lastTwoChars = sringYear.substr(sringYear.length() - 2);
date_str += sringYear;
}
else
date_str += std::to_wstring(currentTime->tm_year);
break;
}
case L'5':
{
date_str += std::to_wstring(currentTime->tm_year);
break;
}
default:
break;
}
if(part != locInf.ShortDatePattern.back())
date_str += locInf.DateSeparator;
}
//currentTime->tm_year = date_.year() - 1900; // Set year
//currentTime->tm_mon = date_.month() - 1; // Set month (from 0 to 11)
//currentTime->tm_mday = date_.day(); // Set day
//wss << std::put_time(currentTime, L"%x"); // Format "%x" - date format for current locale
//date_str = wss.str();
}
if (bTime)
{
std::wstringstream wss;
std::time_t now = std::time(nullptr);
std::tm* currentTime = std::localtime(&now);
currentTime->tm_hour = hours; // Set hours
currentTime->tm_min = minutes; // Set minutes
currentTime->tm_sec = sec; // Set seconds
wss.imbue(loc_);
wss << std::put_time(currentTime, L"%X"); // Format "%X" - time format for current locale
time_str = wss.str();
}
return (bDate ? date_str : L"") + (bDate & bTime ? L" " : L"") + (bTime ? time_str : L"");
}
else
{
if (std::wstring::npos != format_code.find(L"[$"))
{
size_t pos = format_code.find(L"]");
format_code = format_code.substr(pos + 1);
}
int CodePage = 0;
std::string LCID;
if (language_code > 0 && language_code != 0xf800 && language_code != 0xf400)
{
unsigned short LanguageID = GETBITS(language_code, 0, 15);
BYTE CalendarType = GETBITS(language_code, 16, 23);
BYTE NumberType = GETBITS(language_code, 24, 31);
CodePage = m_lcidConverter.get_codepage(LanguageID);
std::wstring wsLCID = m_lcidConverter.get_wstring(LanguageID);
LCID = std::string(wsLCID.begin(), wsLCID.end());
}
std::wstring output;
#if 0
NSUnicodeConverter::CUnicodeConverter oConverter;
output = oConverter.FormatDateTime(iDate, format_code, LCID);
#else
std::wstring sAferTime;
if (std::wstring::npos != format_code.find(L"AM/PM"))
{
XmlUtils::replace_all(format_code, L"AM/PM", L"a");
if (hours > 12)
{
hours -= 12;
sAferTime += L"PM";
}
else sAferTime += L"AM";
}
bool bHourOutput = false;// for month or minutes
for (size_t i = 0; i < format_code.length(); ++i)
{
size_t symbol_size = sizeof_symbol(format_code, format_code[i], i);
switch (format_code[i])
{
case L'\\': continue;//
//case L'/': output += L"."; break;
case L'a': output += sAferTime; break;
case L'd':
case L'D':
{
//if (symbol_size == 3)
// output += date_.day_of_week().as_short_wstring();
//else if (symbol_size == 4)
// output += date_.day_of_week().as_long_wstring();
//else
{
unsigned short day = date_.day().as_number();
if (symbol_size > 1 && day < 10) output += L"0";
output += std::to_wstring(day);
}
}break;
case L'h': //12
case L'H': //24
{
bHourOutput = true;
if (symbol_size > 1 && hours < 10) output += L"0";
output += std::to_wstring(hours);
}break;
case L'm':
case L'M':
{
if (bHourOutput)
{
if (symbol_size > 1 && minutes < 10) output += L"0";
output += std::to_wstring(minutes);
}
else
{
unsigned short month = date_.month().as_number();
if (symbol_size == 2 && month < 10)
{
output += L"0";
}
if(symbol_size < 3)
{
output += std::to_wstring(month);
}
else if(m_nLcid > 0)
{
auto locInf = lcInfo::getLocalInfo(m_nLcid);
if(symbol_size == 3)
{
output+= locInf.GetLocMonthName(month-1, true);
}
else
{
output+= locInf.GetLocMonthName(month-1);
}
}
else
{
std::shared_ptr<boost::gregorian::date_facet> df;
if(symbol_size == 3)
{
df = std::make_shared<boost::gregorian::date_facet>(2);
}
else
{
df = std::make_shared<boost::gregorian::date_facet>(12);
}
std::wstringstream wss;
wss.imbue(std::locale(loc_, df.get()));
wss << date_.month();
output += wss.str();
}
/*if (symbol_size < 3) */
//else if (symbol_size == 3) output += date_.month().as_short_wstring();
//else output += date_.month().as_long_wstring();
}
}break;
case L's':
case L'S':
{
if (symbol_size > 1 && sec < 10) output += L"0";
output += std::to_wstring((int)sec);
}break;
case L'y':
case L'Y':
{
std::wstring year = boost::lexical_cast<std::wstring>(date_.year());
if (symbol_size > 2) output += year;
else output += year.substr(2);
}break;
default:
output += format_code[i];
}
i += symbol_size - 1;
}
#endif
return output;
}
}
catch (...)
{
return sValue;
}
}
long gcd(long a, long b)
{
if (a == 0) return b;
else if (b == 0) return a;
if (a < b) return gcd(a, b % a);
else return gcd(b, a % b);
}
std::wstring convert_fraction(const std::wstring & sValue)
{
double dValue = XmlUtils::GetDouble(sValue);
double integral = std::floor(dValue);
double frac = dValue - integral;
const long precision = 1000000000;
long gcd_ = gcd(round(frac * precision), precision);
long denominator = precision / gcd_;
long numerator = round(frac * precision) / gcd_;
return std::to_wstring((int)integral) + L" " + std::to_wstring(numerator) + L"/" + std::to_wstring(denominator);
}
std::wstring convert_scientific(const std::wstring & sValue)
{
double dValue = XmlUtils::GetDouble(sValue);
std::wstringstream strm;
strm << std::setprecision(2) << std::scientific << dValue;
return strm.str();
}
//---------------------------------------------------------------------------------------------
static std::wstring g_sNewLineN = _T("\n");
static std::wstring g_sEndJson = _T("]");
static std::wstring g_sQuote = _T("\"");
static std::wstring g_sDoubleQuote = _T("\"\"");
static std::wstring g_sBkt = _T("[");
static std::wstring g_sBktComma = _T(",[");
void escapeJson(const std::wstring& sInput, NSStringUtils::CStringBuilder& oBuilder)
{
//http://stackoverflow.com/questions/7724448/simple-json-string-escape-for-c
for (size_t i = 0; i < sInput.length(); ++i)
{
wchar_t c = sInput[i];
switch (c)
{
case '"': oBuilder.WriteString(_T("\\\"")); break;
case '\\': oBuilder.WriteString(_T("\\\\")); break;
case '\b': oBuilder.WriteString(_T("\\b")); break;
case '\f': oBuilder.WriteString(_T("\\f")); break;
case '\n': oBuilder.WriteString(_T("\\n")); break;
case '\r': oBuilder.WriteString(_T("\\r")); break;
case '\t': oBuilder.WriteString(_T("\\t")); break;
default:
if ('\x00' <= c && c <= '\x1f')
{
oBuilder.WriteString(_T("\\u00"));
oBuilder.WriteHexByte((unsigned char)c);
}
else
{
oBuilder.AddCharSafe(c);
}
}
}
}
void WriteFile(NSFile::CFileBinary *pFile, wchar_t **pWriteBuffer, int &nCurrentIndex, const std::wstring &sWriteString, unsigned int &nCodePage, bool bIsEnd = false)
{
if (NULL == pFile || NULL == pWriteBuffer)
return;
size_t nCountChars = sWriteString.length();
if (0 == nCountChars && !bIsEnd)
return;
const size_t c_nSize = 1048576; // 1024 * 1024
const size_t nSizeWchar = sizeof(wchar_t);
if (NULL == *pWriteBuffer)
{
*pWriteBuffer = new wchar_t[c_nSize];
memset(*pWriteBuffer, 0, nSizeWchar * c_nSize);
nCurrentIndex = 0;
}
if (nCountChars + nCurrentIndex > c_nSize || bIsEnd)
{
// Buffer is full, write
if (nCodePage == 48 && 2 == sizeof(wchar_t))//todo 48 temporarily CP_UTF16
{
pFile->WriteFile((BYTE*)*pWriteBuffer, sizeof(wchar_t) * nCurrentIndex);
}
else
{
const NSUnicodeConverter::EncodindId& oEncodindId = NSUnicodeConverter::Encodings[nCodePage];
NSUnicodeConverter::CUnicodeConverter oUnicodeConverter;
std::string sFileDataA = oUnicodeConverter.fromUnicode(*pWriteBuffer, nCurrentIndex, oEncodindId.Name);
pFile->WriteFile((BYTE*)sFileDataA.c_str(), (DWORD)sFileDataA.length());
}
memset(*pWriteBuffer, 0, nSizeWchar * c_nSize);
nCurrentIndex = 0;
}
if (!bIsEnd)
{
memcpy(*pWriteBuffer + nCurrentIndex, sWriteString.c_str(), nCountChars * nSizeWchar);
nCurrentIndex += (int)nCountChars;
}
}
CSVWriter::Impl::Impl(OOX::Spreadsheet::CXlsx &m_oXlsx, unsigned int m_nCodePage, const std::wstring& m_sDelimiter, int Lcid, bool m_bJSON) : m_oXlsx(m_oXlsx), m_nCodePage(m_nCodePage), m_sDelimiter(m_sDelimiter), m_bJSON(m_bJSON), loc_(""), m_nLcid(Lcid)
{
m_pWriteBuffer = NULL;
m_nCurrentIndex = 0;
m_sEscape = _T("\"\n");
m_sEscape += m_sDelimiter;
m_nRowCurrent = 1;
m_nColCurrent = m_nColStartBeginning;
m_bIsWriteCell = false;
m_bStartRow = true;
m_bStartCell = true;
m_bShowFormulas = false;
m_nColDimension = 1;
}
CSVWriter::Impl::~Impl()
{
Close();
}
bool CSVWriter::Impl::Start(const std::wstring &sFileDst)
{
bool res = m_oFile.CreateFileW(sFileDst);
if (!res) return false;
// Need to write header
if (46 == m_nCodePage)//todo 46 temporarily CP_UTF8
{
BYTE arUTF8[3] = { 0xEF, 0xBB, 0xBF };
m_oFile.WriteFile(arUTF8, 3);
}
else if (48 == m_nCodePage)//todo 48 temporarily CP_UTF16
{
BYTE arUTF16[2] = { 0xFF, 0xFE };
m_oFile.WriteFile(arUTF16, 2);
}
else if (49 == m_nCodePage)//todo 49 temporarily CP_unicodeFFFE
{
BYTE arBigEndian[2] = { 0xFE, 0xFF };
m_oFile.WriteFile(arBigEndian, 2);
}
return true;
}
void CSVWriter::Impl::WriteSheetStart(OOX::Spreadsheet::CWorksheet* pWorksheet)
{
m_nColDimension = 1;
m_nRowCurrent = 1;
if (m_bJSON)
{
WriteFile(&m_oFile, &m_pWriteBuffer, m_nCurrentIndex, g_sBkt, m_nCodePage);
}
if (pWorksheet && pWorksheet->m_oSheetViews.IsInit() && false == pWorksheet->m_oSheetViews->m_arrItems.empty())
{
if (pWorksheet->m_oSheetViews->m_arrItems[0]->m_oShowFormulas.IsInit() &&
pWorksheet->m_oSheetViews->m_arrItems[0]->m_oShowFormulas->ToBool())
{
m_bShowFormulas = true;
}
}
}
void CSVWriter::Impl::WriteRowStart(OOX::Spreadsheet::CRow *pRow)
{
int nRow = pRow->m_oR.IsInit() ? pRow->m_oR->GetValue() : m_bStartRow ? m_nRowCurrent : m_nRowCurrent + 1;
if (m_bJSON)
{
WriteFile(&m_oFile, &m_pWriteBuffer, m_nCurrentIndex, (m_bStartRow ? g_sBkt : g_sBktComma), m_nCodePage);
}
else
{
while (nRow > m_nRowCurrent)
{
// Write new line
++m_nRowCurrent;
WriteFile(&m_oFile, &m_pWriteBuffer, m_nCurrentIndex, g_sNewLineN, m_nCodePage);
}
}
m_bStartRow = false;
m_bStartCell = true;
m_nColCurrent = m_nColStartBeginning;
m_bIsWriteCell = false;
}
void CSVWriter::Impl::WriteCell(OOX::Spreadsheet::CCell *pCell)
{
int nRowTmp = 0;
int nCol = 0;
if (pCell->isInitRef() && pCell->getRowCol(nRowTmp, nCol))
{
nRowTmp++;
nCol++;
}
else
{
nCol = m_bStartCell ? m_nColCurrent : m_nColCurrent + 1;
}
while (nCol > m_nColCurrent)
{
if (m_bJSON && false == m_bIsWriteCell)
{
// Write empty rows (for JSON)
WriteFile(&m_oFile, &m_pWriteBuffer, m_nCurrentIndex, g_sDoubleQuote, m_nCodePage);
}
// Write delimiter
++m_nColCurrent;
WriteFile(&m_oFile, &m_pWriteBuffer, m_nCurrentIndex, m_sDelimiter, m_nCodePage);
m_bIsWriteCell = false;
}
if (m_nColDimension < m_nColCurrent)
m_nColDimension = m_nColCurrent;
std::wstring sCellValue;
boost::optional<int> format_type;
if (pCell->m_oType.IsInit())
format_type = (int)pCell->m_oType->GetValue();
//if (pCell->m_oCacheValue.IsInit())
//{
// sCellValue = *pCell->m_oCacheValue;
//}
//else
bool bString = false;
if (m_bShowFormulas && pCell->m_oFormula.IsInit())
{
sCellValue = L"=" + pCell->m_oFormula->m_sText;
}
else if (pCell->m_oValue.IsInit())
{
sCellValue = pCell->m_oValue->ToString();
if (SimpleTypes::Spreadsheet::celltypeSharedString == format_type.get_value_or(SimpleTypes::Spreadsheet::celltypeNumber))
{
int nValue = XmlUtils::GetInteger(sCellValue);
if (nValue >= 0 && nValue < (int)m_oXlsx.m_pSharedStrings->m_arrItems.size())
{
OOX::Spreadsheet::CSi *pSi = m_oXlsx.m_pSharedStrings->m_arrItems[nValue];
if (NULL != pSi)
{
sCellValue = pSi->ToString();
bString = true;
}
}
}
if (!bString)
{
std::wstring format_code;
if (pCell->m_oStyle.IsInit() && m_oXlsx.m_pStyles)
{
OOX::Spreadsheet::CXfs* xfs = m_oXlsx.m_pStyles->m_oCellXfs->m_arrItems[*pCell->m_oStyle];
if (xfs)
{
if ((xfs->m_oApplyNumberFormat.IsInit()) && (xfs->m_oApplyNumberFormat->ToBool()) || !xfs->m_oApplyNumberFormat.IsInit())
{
if ((xfs->m_oNumFmtId.IsInit()) /*&& (xfs->m_oNumFmtId->GetValue() != 0*/)
{
int numFmt = xfs->m_oNumFmtId->GetValue();
GetDefaultFormatCode(numFmt, format_code, format_type);
auto formatTypeIsDateTime = format_type && (*format_type == SimpleTypes::Spreadsheet::celltypeDate ||
*format_type == SimpleTypes::Spreadsheet::celltypeDateTime || SimpleTypes::Spreadsheet::celltypeTime);
if (m_oXlsx.m_pStyles->m_oNumFmts.IsInit())
{
std::map<unsigned int, size_t>::iterator pFind = m_oXlsx.m_pStyles->m_oNumFmts->m_mapNumFmtIndex.find(numFmt);
if (pFind != m_oXlsx.m_pStyles->m_oNumFmts->m_mapNumFmtIndex.end())
{
OOX::Spreadsheet::CNumFmt *fmt = m_oXlsx.m_pStyles->m_oNumFmts->m_arrItems[pFind->second];
if (fmt)
{
if (fmt->m_oFormatCode.IsInit())
format_code = *fmt->m_oFormatCode;
}
else if(formatTypeIsDateTime)
{
format_code = L"";
}
}
}
else if(formatTypeIsDateTime) // if date format is not explicitly set, remove it and write date in local format
{
format_code = L"";
}
}
}
}
}
sCellValue = ConvertValueCellToString(sCellValue, format_type, format_code);
}
}
else if (pCell->m_oRichText.IsInit())
{
sCellValue = pCell->m_oRichText->ToString();
}
if (pCell->m_oFormula.IsInit() && sCellValue.empty())
{
sCellValue = L"=" + pCell->m_oFormula->m_sText;
}
// Escape cell value
if (m_bJSON)
{
NSStringUtils::CStringBuilder oBuilder;
oBuilder.WriteString(_T("\""));
escapeJson(sCellValue, oBuilder);
oBuilder.WriteString(_T("\""));
sCellValue = std::wstring(oBuilder.GetBuffer(), oBuilder.GetCurSize());
}
else if (std::wstring::npos != sCellValue.find_first_of(m_sEscape))
{
NSStringExt::Replace(sCellValue, g_sQuote, g_sDoubleQuote);
sCellValue = g_sQuote + sCellValue + g_sQuote;
}
// Write cell value
WriteFile(&m_oFile, &m_pWriteBuffer, m_nCurrentIndex, sCellValue, m_nCodePage);
m_bIsWriteCell = true;
m_bStartCell = false;
}
void CSVWriter::Impl::WriteRowEnd(OOX::Spreadsheet::CRow* pWorksheet, bool bLast)
{
if (m_bJSON)
WriteFile(&m_oFile, &m_pWriteBuffer, m_nCurrentIndex, g_sEndJson, m_nCodePage);
else
{
while (m_nColDimension > m_nColCurrent && !bLast) // todo - write dimension in binary - and take data from there
{
// Write delimiter
++m_nColCurrent;
WriteFile(&m_oFile, &m_pWriteBuffer, m_nCurrentIndex, m_sDelimiter, m_nCodePage);
m_bIsWriteCell = false;
}
}
}
void CSVWriter::Impl::WriteSheetEnd(OOX::Spreadsheet::CWorksheet* pWorksheet)
{
if (m_bJSON)
{
WriteFile(&m_oFile, &m_pWriteBuffer, m_nCurrentIndex, g_sEndJson, m_nCodePage);
WriteFile(&m_oFile, &m_pWriteBuffer, m_nCurrentIndex, g_sEndJson, m_nCodePage, true);
}
}
void CSVWriter::Impl::End()
{
// Now we write like MS Excel (write new line to file)
if (!m_bJSON)
{
WriteFile(&m_oFile, &m_pWriteBuffer, m_nCurrentIndex, g_sNewLineN, m_nCodePage);
WriteFile(&m_oFile, &m_pWriteBuffer, m_nCurrentIndex, g_sNewLineN, m_nCodePage, true);
}
Close();
}
void CSVWriter::Impl::Close()
{
RELEASEARRAYOBJECTS(m_pWriteBuffer);
m_oFile.CloseFile();
}
void CSVWriter::Impl::GetDefaultFormatCode(int numFmt, std::wstring & format_code, boost::optional<int> & format_type)
{
switch (numFmt)
{
case 1: format_code = L"0"; format_type = SimpleTypes::Spreadsheet::celltypeNumber; break;
case 2: format_code = L"0.00"; format_type = SimpleTypes::Spreadsheet::celltypeNumber; break;
case 3: format_code = L"#,##0"; format_type = SimpleTypes::Spreadsheet::celltypeNumber; break;
case 4: format_code = L"#,##0.00"; format_type = SimpleTypes::Spreadsheet::celltypeNumber; break;
case 9: format_code = L"0%"; format_type = SimpleTypes::Spreadsheet::celltypePercentage; break;
case 10: format_code = L"0.00%"; format_type = SimpleTypes::Spreadsheet::celltypePercentage; break;
case 11: format_code = L"0.00E+00"; format_type = SimpleTypes::Spreadsheet::celltypeScientific; break;
case 12: format_code = L"# ?/?"; format_type = SimpleTypes::Spreadsheet::celltypeFraction; break;
case 13: format_code = L"# ??/??"; format_type = SimpleTypes::Spreadsheet::celltypeFraction; break;
case 14:
if(m_nLcid <= 0)
format_code = L"mm-dd-yy";
else
{
auto locInf = lcInfo::getLocalInfo(m_nLcid);
format_code = locInf.GetShortDateFormat();
}
format_type = SimpleTypes::Spreadsheet::celltypeDate; break;
case 15:
if(m_nLcid <= 0)
format_code = L"d-mmm-yy";
else
{
auto locInf = lcInfo::getLocalInfo(m_nLcid);
format_code = L"d";
if(locInf.ShortDatePattern.find(L"1") != std::wstring::npos)
format_code += L"d";
format_code += locInf.DateSeparator + L"mmm" + locInf.DateSeparator + L"yy";
}
format_type = SimpleTypes::Spreadsheet::celltypeDate; break;
case 16:
if(m_nLcid <= 0)
format_code = L"d-mmm";
else
{
auto locInf = lcInfo::getLocalInfo(m_nLcid);
format_code = L"d";
if(locInf.ShortDatePattern.find(L"1") != std::wstring::npos)
format_code += L"d";
format_code += locInf.DateSeparator + L"mmm";
}
format_type = SimpleTypes::Spreadsheet::celltypeDate; break;
case 17:
if(m_nLcid <= 0)
format_code = L"mmm-yy";
else
{
auto locInf = lcInfo::getLocalInfo(m_nLcid);
format_code = L"mmm" + locInf.DateSeparator + L"yy";
}
format_type = SimpleTypes::Spreadsheet::celltypeDate; break;
case 18: format_code = L"h:mm AM/PM"; format_type = SimpleTypes::Spreadsheet::celltypeTime; break;
case 19: format_code = L"h:mm:ss AM/PM"; format_type = SimpleTypes::Spreadsheet::celltypeTime; break;
case 20: format_code = L"h:mm"; format_type = SimpleTypes::Spreadsheet::celltypeTime; break;
case 21: format_code = L"h:mm:ss"; format_type = SimpleTypes::Spreadsheet::celltypeTime; break;
case 22:
if(m_nLcid <= 0)
format_code = L"m/d/yy h:mm";
else
{
auto locInf = lcInfo::getLocalInfo(m_nLcid);
format_code = locInf.GetShortDateFormat() + L" h:mm";
}
format_type = SimpleTypes::Spreadsheet::celltypeDateTime; break;
case 37: format_code = L"#,##0 ;(#,##0)"; format_type = SimpleTypes::Spreadsheet::celltypeNumber; break;
case 38: format_code = L"#,##0 ;[Red](#,##0)"; format_type = SimpleTypes::Spreadsheet::celltypeNumber; break;
case 39: format_code = L"#,##0.00;(#,##0.00)"; format_type = SimpleTypes::Spreadsheet::celltypeNumber; break;
case 40: format_code = L"#,##0.00;[Red](#,##0.00)"; format_type = SimpleTypes::Spreadsheet::celltypeNumber; break;
case 45: format_code = L"mm:ss"; format_type = SimpleTypes::Spreadsheet::celltypeTime; break;
case 46: format_code = L"[h]:mm:ss"; format_type = SimpleTypes::Spreadsheet::celltypeTime; break;
case 47: format_code = L"mmss.0"; format_type = SimpleTypes::Spreadsheet::celltypeTime; break;
default:
/////////////////////////////////// with undefined format_code .. it is set in file
if (numFmt >= 5 && numFmt <= 8) format_type = SimpleTypes::Spreadsheet::celltypeCurrency;
if (numFmt >= 41 && numFmt <= 44) format_type = SimpleTypes::Spreadsheet::celltypeCurrency;
if (numFmt >= 27 && numFmt <= 31) format_type = SimpleTypes::Spreadsheet::celltypeDate;
if (numFmt >= 50 && numFmt <= 54) format_type = SimpleTypes::Spreadsheet::celltypeDate;
if (numFmt >= 57 && numFmt <= 58) format_type = SimpleTypes::Spreadsheet::celltypeDate;
if (numFmt == 36) format_type = SimpleTypes::Spreadsheet::celltypeDate;
if (numFmt >= 32 && numFmt <= 35) format_type = SimpleTypes::Spreadsheet::celltypeTime;
if (numFmt >= 55 && numFmt <= 56) format_type = SimpleTypes::Spreadsheet::celltypeTime;
if (numFmt >= 60 && numFmt <= 62) format_type = SimpleTypes::Spreadsheet::celltypeNumber;
if (numFmt >= 69 && numFmt <= 70) format_type = SimpleTypes::Spreadsheet::celltypeNumber;
if (numFmt >= 67 && numFmt <= 68) format_type = SimpleTypes::Spreadsheet::celltypePercentage;
if (numFmt >= 71 && numFmt <= 74) format_type = SimpleTypes::Spreadsheet::celltypeDate;
if (numFmt >= 75 && numFmt <= 80) format_type = SimpleTypes::Spreadsheet::celltypeTime;
if (numFmt == 81) format_type = SimpleTypes::Spreadsheet::celltypeDate;
}
}
std::wstring CSVWriter::Impl::ConvertValueCellToString(const std::wstring &value, boost::optional<int> format_type, std::wstring format_code)
{
if (false == format_code.empty())
{
format_code.erase(std::remove(format_code.begin(), format_code.end(), L'"'), format_code.end());//remove escaping quotes from format
std::vector<std::wstring> format_codes;
boost::algorithm::split(format_codes, format_code, boost::algorithm::is_any_of(L";"), boost::algorithm::token_compress_on);
format_code = format_codes[0];
int format_type_detect = detect_format(format_code);
if (!format_type)
format_type = format_type_detect;
}
switch (format_type.get_value_or(SimpleTypes::Spreadsheet::celltypeStr))
{
case SimpleTypes::Spreadsheet::celltypeDate: return convert_date_time(value, format_code, true, false);
case SimpleTypes::Spreadsheet::celltypeTime: return convert_date_time(value, format_code, false, true);
case SimpleTypes::Spreadsheet::celltypeDateTime: return convert_date_time(value, format_code);
case SimpleTypes::Spreadsheet::celltypeFraction: return convert_fraction(value);
case SimpleTypes::Spreadsheet::celltypeScientific: return convert_scientific(value);
case SimpleTypes::Spreadsheet::celltypeInlineStr:
case SimpleTypes::Spreadsheet::celltypeSharedString:
case SimpleTypes::Spreadsheet::celltypeStr:
case SimpleTypes::Spreadsheet::celltypeError:
return value;
case SimpleTypes::Spreadsheet::celltypeCurrency:
default:
if (format_code.empty())
return value;
else
{
double dValue = XmlUtils::GetDouble(value);
std::wstring format_string;
bool bFloat = false;
std::map<std::wstring, _numberFormat>::iterator pFind = mapNumberFormat.find(format_code);
if (pFind != mapNumberFormat.end())
{
format_string = pFind->second.format_string;
if (pFind->second.bPercent)
dValue *= 100.;
bFloat = pFind->second.bFloat;
}
else
{
_numberFormat numberFormat;
size_t pos_sharp_end = format_code.rfind(L"#");
size_t pos_sharp_start = format_code.find(L"#");
size_t pos_zero_end = format_code.rfind(L"0");
size_t pos_zero_start = format_code.find(L"0");
size_t pos_start = (std::min)(pos_zero_start, pos_sharp_start);
size_t pos_end = (pos_zero_end != std::wstring::npos) ? ((pos_sharp_end != std::wstring::npos) ? (std::max)(pos_zero_end, pos_sharp_end) : pos_zero_end) : pos_sharp_end;
if (pos_start == std::wstring::npos) pos_start = 0;
if (pos_end == std::wstring::npos) pos_end = 0;
size_t pos_comma = format_code.find(L",", pos_start);
size_t pos_dot = format_code.find(L".", pos_start);
size_t real_dot = format_code.find(L".");
if (std::wstring::npos != pos_dot)
{
numberFormat.bFloat = true;
numberFormat.count_float = (pos_zero_end != std::wstring::npos) ? (pos_zero_end - pos_dot) : 0;
numberFormat.count_int = (pos_zero_start != std::wstring::npos) ? (pos_dot - pos_zero_start) : 0;
}
else if (real_dot != std::wstring::npos)
{
numberFormat.bFloat = true;
// calculating fraction part
numberFormat.count_float = (pos_zero_end != std::wstring::npos && pos_zero_end > real_dot)
? (pos_zero_end - real_dot) : 0;
// calculating digits before dot
if (pos_zero_start != std::wstring::npos && pos_zero_start < real_dot)
{
numberFormat.count_int = real_dot - pos_zero_start;
}
else
{
pos_start = 0;
numberFormat.count_int = 0;
}
}
else
{
numberFormat.count_int = (pos_zero_start != std::wstring::npos) ? (pos_end - pos_zero_start + 1) : 0;
}
if (std::wstring::npos != pos_comma)
{
numberFormat.bThousands = true;
}
if (std::wstring::npos != format_code.find(L"%", pos_end))
{
numberFormat.bPercent = true;
}
std::wstring strStart = format_code.substr(0, pos_start);
XmlUtils::replace_all(strStart, L"\\", L"");
format_string = strStart;
format_string += L"% 0"; //padding
if (numberFormat.count_int > 0)
{
format_string += std::to_wstring(numberFormat.count_int);
}
if (numberFormat.bFloat)
{
format_string += L".";
format_string += std::to_wstring(numberFormat.count_float);
}
std::wstring strEnd = format_code.substr(pos_end + 1);
XmlUtils::replace_all(strEnd, L"\\", L"");
format_string += numberFormat.bFloat ? L"f" : L"ld";
if (numberFormat.bPercent)
{
format_string += L"%%";
XmlUtils::replace_all(strEnd, L"%", L"");
}
format_string += strEnd;
numberFormat.format_string = format_string;
mapNumberFormat.insert(std::make_pair(format_code, numberFormat));
if (numberFormat.bPercent)
dValue *= 100.;
bFloat = numberFormat.bFloat;
}
try
{
std::wstringstream stream;
if (bFloat)
{
stream << boost::wformat(format_string) % dValue;
}
else
{
_INT64 iValue = dValue;
stream << boost::wformat(format_string) % iValue;
}
return stream.str();
}
catch (...)
{
return value;
}
}
}
}
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