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core/OdfFile/Reader/Converter/xlsx_conditionalFormatting.cpp
Alexander Trofimov 10b2b0d3d0 standardize comments in English
2026-04-02 08:10:57 +03:00

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/*
* (c) Copyright Ascensio System SIA 2010-2023
*
* 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. In accordance with
* Section 7(a) of the GNU AGPL its Section 15 shall be amended to the effect
* that Ascensio System SIA expressly excludes the warranty of non-infringement
* of any third-party rights.
*
* 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: http://www.gnu.org/licenses/agpl-3.0.html
*
* You can contact Ascensio System SIA at 20A-6 Ernesta Birznieka-Upish
* street, Riga, Latvia, EU, LV-1050.
*
* The interactive user interfaces in modified source and object code versions
* of the Program must display Appropriate Legal Notices, as required under
* Section 5 of the GNU AGPL version 3.
*
* Pursuant to Section 7(b) of the License you must retain the original Product
* logo when distributing the program. Pursuant to Section 7(e) we decline to
* grant you any rights under trademark law for use of our trademarks.
*
* All the Product's GUI elements, including illustrations and icon sets, as
* well as technical writing content are licensed under the terms of the
* Creative Commons Attribution-ShareAlike 4.0 International. See the License
* terms at http://creativecommons.org/licenses/by-sa/4.0/legalcode
*
*/
#include "xlsx_conditionalFormatting.h"
#include "xlsx_utils.h"
#include <vector>
#include <boost/lexical_cast.hpp>
#include "../../Common/xml/simple_xml_writer.h"
#include "../../../OOXML/Base/Unit.h"
#include "../../Formulas/formulasconvert.h"
namespace cpdoccore {
namespace oox {
struct _cfvo
{
int type;
_CP_OPT(bool) gte;
_CP_OPT(std::wstring) val;
void serialize(std::wostream & _Wostream)
{
CP_XML_WRITER(_Wostream)
{
CP_XML_NODE(L"cfvo")
{
switch(type)
{
case 0: CP_XML_ATTR(L"type", L"percent"); break;
case 1: CP_XML_ATTR(L"type", L"num"); break;
case 2: CP_XML_ATTR(L"type", L"max"); break;
case 3: CP_XML_ATTR(L"type", L"min"); break;
case 4: CP_XML_ATTR(L"type", L"max"); break; //todooo ext - autoMax
case 5: CP_XML_ATTR(L"type", L"min"); break;
case 6: CP_XML_ATTR(L"type", L"formula"); break;
case 7: CP_XML_ATTR(L"type", L"percentile");break;//BOA PARA ESTUDAR - JOGAR LOTOFACIL minha predileta 1.ods
}
if (val)
{
CP_XML_ATTR(L"val", *val);
}
}
}
}
void serializeEx(std::wostream& _Wostream)
{
CP_XML_WRITER(_Wostream)
{
CP_XML_NODE(L"x14:cfvo")
{
switch (type)
{
case 0: CP_XML_ATTR(L"type", L"percent"); break;
case 1: CP_XML_ATTR(L"type", L"num"); break;
case 2: CP_XML_ATTR(L"type", L"max"); break;
case 3: CP_XML_ATTR(L"type", L"min"); break;
case 4: CP_XML_ATTR(L"type", L"autoMax"); break;
case 5: CP_XML_ATTR(L"type", L"autoMin"); break;
case 6: CP_XML_ATTR(L"type", L"formula"); break;
case 7: CP_XML_ATTR(L"type", L"percentile"); break;//BOA PARA ESTUDAR - JOGAR LOTOFACIL minha predileta 1.ods
}
if (val)
{
CP_XML_NODE(L"xm:f")
{
CP_XML_CONTENT(*val);
}
}
}
}
}
};
struct rule
{
int type;
_CP_OPT(int) dxfId;
_CP_OPT(bool) percent;
_CP_OPT(bool) stopIfTrue;
_CP_OPT(std::wstring) operator_;
//expr
_CP_OPT(std::wstring) formula;
_CP_OPT(std::wstring) formula_type;
_CP_OPT(std::wstring) text;
_CP_OPT(std::wstring) formula2;
_CP_OPT(int) rank;
_CP_OPT(bool) bottom;
_CP_OPT(bool) equal;
_CP_OPT(bool) above;
_CP_OPT(int) stdDev;
//color scale icon set data_bar
std::vector<_cfvo> cfvo;
//color scale data_bar(1 element)
std::vector<std::wstring> color;
//data bar icon_set
_CP_OPT(bool) showValue;
//data bar
_CP_OPT(unsigned int) minLength;
_CP_OPT(unsigned int) maxLength;
_CP_OPT(std::wstring) axis_position;
_CP_OPT(std::wstring) axis_color;
_CP_OPT(std::wstring) negative_color;
_CP_OPT(bool) gradient;
//icon set
_CP_OPT(int) icon_set_type;
_CP_OPT(bool) reverse;
_CP_OPT(bool) iconset_percent;
_CP_OPT(int) iconset_type;
//date is
_CP_OPT(int) time_period;
bool isExtended()
{
if (gradient || axis_color || axis_position || negative_color)
{
return true;
}
return false;
}
};
struct conditionalFormatting
{
bool bUsed = false;
std::wstring ref;
std::vector<rule> rules;
};
class xlsx_conditionalFormatting_context::Impl
{
public:
void serialize(std::wostream & _Wostream)
{
if (conditionalFormattings_.empty()) return;
int priority = 1;
CP_XML_WRITER(_Wostream)
{
for (size_t i = 0; i < conditionalFormattings_.size(); i++)
{
conditionalFormatting& c = conditionalFormattings_[i];
if (c.bUsed) continue;
if (c.rules.size() < 1) continue;
CP_XML_NODE(L"conditionalFormatting")
{
CP_XML_ATTR(L"sqref", c.ref);
for (size_t j = 0; j < c.rules.size(); j++)
{
if (c.rules[j].type < 1 || c.rules[j].type > 5) continue;
CP_XML_NODE(L"cfRule")
{
CP_XML_ATTR(L"priority", priority++);
if (c.rules[j].dxfId) CP_XML_ATTR(L"dxfId", *c.rules[j].dxfId);
if (c.rules[j].percent) CP_XML_ATTR(L"percent", *c.rules[j].percent);
if (c.rules[j].operator_) CP_XML_ATTR(L"operator", *c.rules[j].operator_);
if (c.rules[j].stopIfTrue) CP_XML_ATTR(L"stopIfTrue", *c.rules[j].stopIfTrue);
if (c.rules[j].text) CP_XML_ATTR(L"text", *c.rules[j].text);
if (c.rules[j].rank) CP_XML_ATTR(L"rank", *c.rules[j].rank);
if (c.rules[j].bottom) CP_XML_ATTR(L"bottom", *c.rules[j].bottom);
if (c.rules[j].above) CP_XML_ATTR(L"aboveAverage", *c.rules[j].above);
if (c.rules[j].equal) CP_XML_ATTR(L"equalAverage", *c.rules[j].equal);
if (c.rules[j].stdDev) CP_XML_ATTR(L"stdDev", *c.rules[j].stdDev);
if (c.rules[j].type == 1)
{
if (c.rules[j].formula_type)
CP_XML_ATTR(L"type", *c.rules[j].formula_type);
else
CP_XML_ATTR(L"type", L"cellIs");
if ((c.rules[j].formula) && (!c.rules[j].formula->empty()))
{
CP_XML_NODE(L"formula")
{
CP_XML_CONTENT(*c.rules[j].formula);
}
}
if ((c.rules[j].formula2) && (!c.rules[j].formula2->empty()))
{
CP_XML_NODE(L"formula")
{
CP_XML_CONTENT(*c.rules[j].formula2);
}
}
}
else if (c.rules[j].type == 2)
{
CP_XML_ATTR(L"type", L"dataBar");
CP_XML_NODE(L"dataBar")
{
if (c.rules[j].showValue) CP_XML_ATTR(L"showValue", *c.rules[j].showValue);
if (c.rules[j].minLength) CP_XML_ATTR(L"minLength", *c.rules[j].minLength);
if (c.rules[j].maxLength) CP_XML_ATTR(L"maxLength", *c.rules[j].maxLength);
if (c.rules[j].gradient) CP_XML_ATTR(L"gradient", *c.rules[j].gradient);
for (size_t k = 0; k < c.rules[j].cfvo.size(); k++)
{
c.rules[j].cfvo[k].serialize(CP_XML_STREAM());
}
CP_XML_NODE(L"color")
{
CP_XML_ATTR(L"rgb", !c.rules[j].color.empty() ? c.rules[j].color[0] : L"FF000000");
}
}
}
else if (c.rules[j].type == 3)
{
CP_XML_ATTR(L"type", L"colorScale");
CP_XML_NODE(L"colorScale")
{
for (size_t k = 0; k < c.rules[j].cfvo.size(); k++)
{
c.rules[j].cfvo[k].serialize(CP_XML_STREAM());
}
for (size_t k = 0; k < c.rules[j].color.size(); k++)
{
CP_XML_NODE(L"color")
{
CP_XML_ATTR(L"rgb", c.rules[j].color[k]);
}
}
}
}
else if (c.rules[j].type == 4)
{
CP_XML_ATTR(L"type", L"iconSet");
CP_XML_NODE(L"iconSet")
{
if (c.rules[j].icon_set_type)
{
int h = *c.rules[j].icon_set_type;
switch (*c.rules[j].icon_set_type)
{
case 1: CP_XML_ATTR(L"iconSet", L"3ArrowsGray"); break;
case 2: CP_XML_ATTR(L"iconSet", L"3Flags"); break;
case 3: CP_XML_ATTR(L"iconSet", L"3Signs"); break;
case 4: CP_XML_ATTR(L"iconSet", L"3Symbols"); break;
case 5: CP_XML_ATTR(L"iconSet", L"3Symbols2"); break;
case 6: CP_XML_ATTR(L"iconSet", L"3TrafficLights1"); break;
case 7: CP_XML_ATTR(L"iconSet", L"3TrafficLights2"); break;
case 8: CP_XML_ATTR(L"iconSet", L"4Arrows"); break;
case 9: CP_XML_ATTR(L"iconSet", L"4ArrowsGray"); break;
case 10: CP_XML_ATTR(L"iconSet", L"4Rating"); break;
case 11: CP_XML_ATTR(L"iconSet", L"4RedToBlack"); break;
case 12: CP_XML_ATTR(L"iconSet", L"4TrafficLights"); break;
case 13: CP_XML_ATTR(L"iconSet", L"5Arrows"); break;
case 14: CP_XML_ATTR(L"iconSet", L"5ArrowsGray"); break;
case 15: CP_XML_ATTR(L"iconSet", L"5Quarters"); break;
case 16: CP_XML_ATTR(L"iconSet", L"5Rating"); break;
case 17: CP_XML_ATTR(L"iconSet", L"3Triangles"); break;
case 18: CP_XML_ATTR(L"iconSet", L"3Stars"); break;
case 19: CP_XML_ATTR(L"iconSet", L"5Boxes"); break; //todooo to ext
case 0:
default: CP_XML_ATTR(L"iconSet", L"3Arrows"); break;
break;
}
}
if (c.rules[j].showValue) CP_XML_ATTR(L"showValue", *c.rules[j].showValue);
for (size_t k = 0; k < c.rules[j].cfvo.size(); k++)
{
c.rules[j].cfvo[k].serialize(CP_XML_STREAM());
}
}
}
else if (c.rules[j].type == 5)
{
CP_XML_ATTR(L"type", L"timePeriod");
switch (*c.rules[j].time_period)
{
case 0: CP_XML_ATTR(L"timePeriod", L"today"); break;
case 1: CP_XML_ATTR(L"timePeriod", L"yesterday"); break;
case 2: CP_XML_ATTR(L"timePeriod", L"tomorrow"); break;
case 3: CP_XML_ATTR(L"timePeriod", L"last7Days"); break;
case 4: CP_XML_ATTR(L"timePeriod", L"thisMonth"); break;
case 5: CP_XML_ATTR(L"timePeriod", L"lastMonth"); break;
case 6: CP_XML_ATTR(L"timePeriod", L"nextMonth"); break;
case 7: CP_XML_ATTR(L"timePeriod", L"thisWeek"); break;
case 8: CP_XML_ATTR(L"timePeriod", L"lastWeek"); break;
case 9: CP_XML_ATTR(L"timePeriod", L"nextWeek"); break;
}
}
}
}
}
}
}
}
void serializeEx(std::wostream& _Wostream)
{
if (conditionalFormattings_.empty()) return;
int priority = 1;
CP_XML_WRITER(_Wostream)
{
for (size_t i = 0; i < conditionalFormattings_.size(); i++)
{
conditionalFormatting& c = conditionalFormattings_[i];
if (c.bUsed) continue;
if (c.rules.size() < 1) continue;
for (size_t j = 0; j < c.rules.size(); j++)
{
if (c.rules[j].isExtended())
{
c.bUsed = true;
break;
}
}
if (!c.bUsed) continue;
CP_XML_NODE(L"x14:conditionalFormatting")
{
CP_XML_ATTR(L"xmlns:xm", L"http://schemas.microsoft.com/office/excel/2006/main");
for (size_t j = 0; j < c.rules.size(); j++)
{
if (c.rules[j].type < 1 || c.rules[j].type > 5) continue;
CP_XML_NODE(L"x14:cfRule")
{
CP_XML_ATTR(L"priority", priority++);
if (c.rules[j].dxfId) CP_XML_ATTR(L"dxfId", *c.rules[j].dxfId);
if (c.rules[j].percent) CP_XML_ATTR(L"percent", *c.rules[j].percent);
if (c.rules[j].operator_) CP_XML_ATTR(L"operator", *c.rules[j].operator_);
if (c.rules[j].stopIfTrue) CP_XML_ATTR(L"stopIfTrue", *c.rules[j].stopIfTrue);
if (c.rules[j].text) CP_XML_ATTR(L"text", *c.rules[j].text);
if (c.rules[j].rank) CP_XML_ATTR(L"rank", *c.rules[j].rank);
if (c.rules[j].bottom) CP_XML_ATTR(L"bottom", *c.rules[j].bottom);
if (c.rules[j].above) CP_XML_ATTR(L"aboveAverage", *c.rules[j].above);
if (c.rules[j].equal) CP_XML_ATTR(L"equalAverage", *c.rules[j].equal);
if (c.rules[j].stdDev) CP_XML_ATTR(L"stdDev", *c.rules[j].stdDev);
if (c.rules[j].type == 1)
{
if (c.rules[j].formula_type)
CP_XML_ATTR(L"type", *c.rules[j].formula_type);
else
CP_XML_ATTR(L"type", L"cellIs");
if ((c.rules[j].formula) && (!c.rules[j].formula->empty()))
{
CP_XML_NODE(L"formula")
{
CP_XML_CONTENT(*c.rules[j].formula);
}
}
if ((c.rules[j].formula2) && (!c.rules[j].formula2->empty()))
{
CP_XML_NODE(L"formula")
{
CP_XML_CONTENT(*c.rules[j].formula2);
}
}
}
else if (c.rules[j].type == 2)
{
CP_XML_ATTR(L"type", L"dataBar");
CP_XML_NODE(L"x14:dataBar")
{
if (c.rules[j].showValue) CP_XML_ATTR(L"showValue", *c.rules[j].showValue);
if (c.rules[j].minLength) CP_XML_ATTR(L"minLength", *c.rules[j].minLength);
if (c.rules[j].maxLength) CP_XML_ATTR(L"maxLength", *c.rules[j].maxLength);
if (c.rules[j].gradient) CP_XML_ATTR(L"gradient", *c.rules[j].gradient);
if (c.rules[j].axis_position) CP_XML_ATTR(L"axisPosition", *c.rules[j].axis_position);
for (size_t k = 0; k < c.rules[j].cfvo.size(); k++)
{
c.rules[j].cfvo[k].serializeEx(CP_XML_STREAM());
}
CP_XML_NODE(L"x14:fillColor")
{
CP_XML_ATTR(L"rgb", !c.rules[j].color.empty() ? c.rules[j].color[0] : L"FF000000");
}
if (c.rules[j].negative_color)
{
CP_XML_NODE(L"x14:negativeFillColor")
{
CP_XML_ATTR(L"rgb", *c.rules[j].negative_color);
}
}
if (c.rules[j].axis_color)
{
CP_XML_NODE(L"x14:axisColor")
{
CP_XML_ATTR(L"rgb", *c.rules[j].axis_color);
}
}
}
}
else if (c.rules[j].type == 3)
{
CP_XML_ATTR(L"type", L"colorScale");
CP_XML_NODE(L"x14:colorScale")
{
for (size_t k = 0; k < c.rules[j].cfvo.size(); k++)
{
c.rules[j].cfvo[k].serialize(CP_XML_STREAM());
}
for (size_t k = 0; k < c.rules[j].color.size(); k++)
{
CP_XML_NODE(L"x14:color")
{
CP_XML_ATTR(L"rgb", c.rules[j].color[k]);
}
}
}
}
else if (c.rules[j].type == 4)
{
CP_XML_ATTR(L"type", L"iconSet");
CP_XML_NODE(L"x14:iconSet")
{
if (c.rules[j].icon_set_type)
{
switch (*c.rules[j].icon_set_type)
{
case 1: CP_XML_ATTR(L"iconSet", L"3ArrowsGray"); break;
case 2: CP_XML_ATTR(L"iconSet", L"3Flags"); break;
case 3: CP_XML_ATTR(L"iconSet", L"3Signs"); break;
case 4: CP_XML_ATTR(L"iconSet", L"3Symbols"); break;
case 5: CP_XML_ATTR(L"iconSet", L"3Symbols2"); break;
case 6: CP_XML_ATTR(L"iconSet", L"3TrafficLights1"); break;
case 7: CP_XML_ATTR(L"iconSet", L"3TrafficLights2"); break;
case 8: CP_XML_ATTR(L"iconSet", L"4Arrows"); break;
case 9: CP_XML_ATTR(L"iconSet", L"4ArrowsGray"); break;
case 10: CP_XML_ATTR(L"iconSet", L"4Rating"); break;
case 11: CP_XML_ATTR(L"iconSet", L"4RedToBlack"); break;
case 12: CP_XML_ATTR(L"iconSet", L"4TrafficLights"); break;
case 13: CP_XML_ATTR(L"iconSet", L"5Arrows"); break;
case 14: CP_XML_ATTR(L"iconSet", L"5ArrowsGray"); break;
case 15: CP_XML_ATTR(L"iconSet", L"5Quarters"); break;
case 16: CP_XML_ATTR(L"iconSet", L"5Rating"); break;
case 0:
default: CP_XML_ATTR(L"iconSet", L"3Arrows"); break;
break;
}
}
if (c.rules[j].showValue) CP_XML_ATTR(L"showValue", *c.rules[j].showValue);
for (size_t k = 0; k < c.rules[j].cfvo.size(); k++)
{
c.rules[j].cfvo[k].serialize(CP_XML_STREAM());
}
}
}
else if (c.rules[j].type == 5)
{
CP_XML_ATTR(L"type", L"timePeriod");
switch (*c.rules[j].time_period)
{
case 0: CP_XML_ATTR(L"timePeriod", L"today"); break;
case 1: CP_XML_ATTR(L"timePeriod", L"yesterday"); break;
case 2: CP_XML_ATTR(L"timePeriod", L"tomorrow"); break;
case 3: CP_XML_ATTR(L"timePeriod", L"last7Days"); break;
case 4: CP_XML_ATTR(L"timePeriod", L"thisMonth"); break;
case 5: CP_XML_ATTR(L"timePeriod", L"lastMonth"); break;
case 6: CP_XML_ATTR(L"timePeriod", L"nextMonth"); break;
case 7: CP_XML_ATTR(L"timePeriod", L"thisWeek"); break;
case 8: CP_XML_ATTR(L"timePeriod", L"lastWeek"); break;
case 9: CP_XML_ATTR(L"timePeriod", L"nextWeek"); break;
}
}
}
}
CP_XML_NODE(L"xm:sqref")
{
CP_XML_CONTENT(c.ref);
}
}
}
}
}
std::vector<conditionalFormatting> conditionalFormattings_;
};
xlsx_conditionalFormatting_context::xlsx_conditionalFormatting_context() :
impl_(new xlsx_conditionalFormatting_context::Impl())
{}
xlsx_conditionalFormatting_context::~xlsx_conditionalFormatting_context()
{
}
void xlsx_conditionalFormatting_context::serialize(std::wostream & _Wostream)
{
return impl_->serialize(_Wostream);
}
void xlsx_conditionalFormatting_context::serializeEx(std::wostream& _Wostream)
{
return impl_->serializeEx(_Wostream);
}
void xlsx_conditionalFormatting_context::start(std::wstring ref)
{
formulasconvert::odf2oox_converter converter;
impl_->conditionalFormattings_.push_back(conditionalFormatting());
impl_->conditionalFormattings_.back().ref = converter.convert_named_ref(ref, false, L" ");
}
void xlsx_conditionalFormatting_context::add_rule(int type)
{
if (false == impl_->conditionalFormattings_.back().rules.empty())
{
if (impl_->conditionalFormattings_.back().rules.back().type != type)
{
impl_->conditionalFormattings_.push_back(impl_->conditionalFormattings_.back());
impl_->conditionalFormattings_.back().rules.clear();
}
}
impl_->conditionalFormattings_.back().rules.emplace_back();
impl_->conditionalFormattings_.back().rules.back().type = type;
}
void xlsx_conditionalFormatting_context::set_formula(std::wstring f)
{
formulasconvert::odf2oox_converter converter;
int pos = -1;
std::wstring val;
if ( f == L"unique")
{
impl_->conditionalFormattings_.back().rules.back().formula_type = L"uniqueValues";
impl_->conditionalFormattings_.back().rules.back().formula = L"0";
}
else if ( f == L"duplicate")
{
impl_->conditionalFormattings_.back().rules.back().formula_type = L"duplicateValues";
impl_->conditionalFormattings_.back().rules.back().formula = L"0";
}
else if ( f == L"above-average")
{
impl_->conditionalFormattings_.back().rules.back().formula_type = L"aboveAverage";
}
else if (f == L"below-average")
{
impl_->conditionalFormattings_.back().rules.back().formula_type = L"aboveAverage";
impl_->conditionalFormattings_.back().rules.back().above = false;
}
else if (f == L"above-equal-average")
{
impl_->conditionalFormattings_.back().rules.back().formula_type = L"aboveAverage";
impl_->conditionalFormattings_.back().rules.back().equal = true;
}
else if (f == L"below-equal-average")
{
impl_->conditionalFormattings_.back().rules.back().formula_type = L"aboveAverage";
impl_->conditionalFormattings_.back().rules.back().above = false;
impl_->conditionalFormattings_.back().rules.back().equal = true;
}
else if ( 0 <= (pos = f.find(L"formula-is(")))
{
impl_->conditionalFormattings_.back().rules.back().formula_type = L"expression";
val = f.substr(11, f.size() - 12);
if (0 == (pos = val.find(L"\""))) //Raport_7A.ods or remove enclosing quotes from formula?
{
impl_->conditionalFormattings_.back().rules.back().text = val;
val.clear();
}
impl_->conditionalFormattings_.back().rules.back().formula = converter.convert(val);
}
else if (0 <= (pos = f.find(L"is-between(")))
{
val = f.substr(11, f.size() - 12);
impl_->conditionalFormattings_.back().rules.back().formula_type = L"expression";
impl_->conditionalFormattings_.back().rules.back().formula = converter.convert_named_expr(val);
}
else if (0 <= (pos = f.find(L"is-time(")))
{
val = f.substr(8, f.size() - 9);
impl_->conditionalFormattings_.back().rules.back().formula_type = L"expression";
impl_->conditionalFormattings_.back().rules.back().formula = converter.convert_named_expr(val);
}
else if (0 <= (pos = f.find(L"is-error")))
{
impl_->conditionalFormattings_.back().rules.back().formula_type = L"containsErrors";
impl_->conditionalFormattings_.back().rules.back().formula = L"0";
}
else if (0 <= (pos = f.find(L"is-no-error")))
{
impl_->conditionalFormattings_.back().rules.back().formula_type = L"notContainsErrors";
}
else if (0 <= (pos = f.find(L"duplicate")))
{
impl_->conditionalFormattings_.back().rules.back().formula_type = L"duplicateValues";
}
else if (0 <= (pos = f.find(L"begins-with")))
{
impl_->conditionalFormattings_.back().rules.back().formula_type = L"beginsWith";
std::wstring text = f.substr(pos + 12, f.length() - pos - 13);
if (0 == text.find(L"\"") && text.length() - 1 == text.rfind(L"\""))
{
text = text.substr(1, text.length() - 2);
}
impl_->conditionalFormattings_.back().rules.back().text = text;
}
else if (0 <= (pos = f.find(L"ends-with")))
{
impl_->conditionalFormattings_.back().rules.back().formula_type = L"endsWith";
std::wstring text = f.substr(pos + 10, f.length() - pos - 11);
if (0 == text.find(L"\"") && text.length() - 1 == text.rfind(L"\""))
{
text = text.substr(1, text.length() - 2);
}
impl_->conditionalFormattings_.back().rules.back().text = text;
}
else if (0 <= (pos = f.find(L"contains-text")))
{
if (std::wstring::npos != f.find(L"not-contains-text"))
impl_->conditionalFormattings_.back().rules.back().formula_type = L"notContainsText";
else impl_->conditionalFormattings_.back().rules.back().formula_type = L"containsText";
std::wstring text = f.substr(pos + 14, f.length() - pos - 15);
if (std::wstring::npos != text.find(L"IF(") ||
std::wstring::npos != text.find(L"AND(") ||
std::wstring::npos != text.find(L"NOT(") ||
std::wstring::npos != text.find(L"ISERROR(") ||
std::wstring::npos != text.find(L"SEARCH("))
{
impl_->conditionalFormattings_.back().rules.back().text = L"";
impl_->conditionalFormattings_.back().rules.back().formula = converter.convert(text);
}
else if (std::wstring::npos != text.find(L"LEN(TRIM(") &&
std::wstring::npos != text.find(L"=0"))
{
impl_->conditionalFormattings_.back().rules.back().text = L"";
impl_->conditionalFormattings_.back().rules.back().formula = L"0";
}
else
{
impl_->conditionalFormattings_.back().rules.back().operator_ = L"containsText";
if ( 0 == text.find(L"\"") && text.length() - 1 == text.rfind(L"\""))
{
text = text.substr(1, text.length() - 2);
}
std::wstring ref = impl_->conditionalFormattings_.back().ref;
size_t pos;
if ((pos = ref.find(L":")) != std::wstring::npos)
{
ref = ref.substr(0, pos);
}
impl_->conditionalFormattings_.back().rules.back().text = text;
impl_->conditionalFormattings_.back().rules.back().formula = L"NOT(ISERROR(SEARCH(\"" + text + L"\"," + ref + L")))";
}
}
else if (0 <= (pos = f.find(L"top")))
{
impl_->conditionalFormattings_.back().rules.back().formula_type = L"top10";
if (0 < (pos = f.find(L"percent")))
{
impl_->conditionalFormattings_.back().rules.back().percent = true;
}
if (0 <= (pos = f.find(L"(")))
{
val = f.substr(pos + 1, f.length() - pos - 2);
if (!val.empty())
impl_->conditionalFormattings_.back().rules.back().rank = boost::lexical_cast<int>(val);
}
}
else if (0 <= (pos = f.find(L"bottom")))
{
impl_->conditionalFormattings_.back().rules.back().formula_type = L"top10";
impl_->conditionalFormattings_.back().rules.back().bottom = true;
if (0 < (pos = f.find(L"percent")))
{
impl_->conditionalFormattings_.back().rules.back().percent = true;
}
if (0 <= (pos = f.find(L"(")))
{
val = f.substr(pos + 1, f.length() - pos - 2);
if (!val.empty())
impl_->conditionalFormattings_.back().rules.back().rank = boost::lexical_cast<int>(val);
}
}
else
{
impl_->conditionalFormattings_.back().rules.back().formula_type = L"cellIs";
if (0 <= (pos = f.find(L"!empty")))
{
val = converter.convert_named_expr( f );
}
else if (0 <= (pos = f.find(L"empty")))
{
val = converter.convert_named_expr( f );
}
else if (0 <= (pos = f.find(L"bottom")))
{
val = converter.convert_named_expr( f );
}
else if (0 <= (pos = f.find(L"between")))
{
if (0 <= (pos = f.find(L"not-between")))
{
impl_->conditionalFormattings_.back().rules.back().operator_ = L"notBetween";
val = f.substr(12, f.length() - 13);
}
else
{
impl_->conditionalFormattings_.back().rules.back().operator_ = L"between";
val = f.substr(8, f.length() - 9);
}
XmlUtils::replace_all(val, L"(", L"");
XmlUtils::replace_all(val, L")", L"");
if (0 <= (pos = val.find(L",")))
{
impl_->conditionalFormattings_.back().rules.back().formula2 = converter.convert_named_expr(val.substr(pos + 1));
val = val.substr(0, pos);
}
val = converter.convert_named_expr(val);
}
else if (0 <= (pos = f.find(L"!=")))
{
impl_->conditionalFormattings_.back().rules.back().operator_ = L"notEqual";
val = converter.convert_named_expr( f.substr(2) );
}
else if (0 <= (pos = f.find(L"<=")))
{
impl_->conditionalFormattings_.back().rules.back().operator_ = L"lessThanOrEqual";
val = converter.convert_named_expr( f.substr(2) );
}
else if (0 <= (pos = f.find(L">=")))
{
impl_->conditionalFormattings_.back().rules.back().operator_ = L"greaterThanOrEqual";
val = converter.convert_named_expr( f.substr(2) );
}
else if (0 <= (pos = f.find(L"=")))
{
impl_->conditionalFormattings_.back().rules.back().operator_ = L"equal";
val = converter.convert_named_expr( f.substr(1) );
}
else if (0 <= (pos = f.find(L"<")))
{
impl_->conditionalFormattings_.back().rules.back().operator_ = L"lessThan";
val = converter.convert_named_expr( f.substr(1) );
}
else if (0 <= (pos = f.find(L">")))
{
impl_->conditionalFormattings_.back().rules.back().operator_ = L"greaterThan";
val = converter.convert_named_expr( f.substr(1) );
}
else
{
val = converter.convert( f );
}
if (!val.empty())
impl_->conditionalFormattings_.back().rules.back().formula = val;
}
}
void xlsx_conditionalFormatting_context::set_gradient(bool val)
{
impl_->conditionalFormattings_.back().rules.back().gradient = val;
}
void xlsx_conditionalFormatting_context::set_dataBar(_CP_OPT(unsigned int) min, _CP_OPT(unsigned int) max)
{
impl_->conditionalFormattings_.back().rules.back().minLength = min;
impl_->conditionalFormattings_.back().rules.back().maxLength = max;
}
void xlsx_conditionalFormatting_context::set_dxf(int dxfId)
{
impl_->conditionalFormattings_.back().rules.back().dxfId = dxfId;
}
void xlsx_conditionalFormatting_context::add_sfv(int type, std::wstring value)
{
_cfvo cfvo;
cfvo.type = type;
if ( type == 6)
{
set_formula(value);
cfvo.val =impl_->conditionalFormattings_.back().rules.back().formula;
impl_->conditionalFormattings_.back().rules.back().formula.reset();
}
else
{
if (!value.empty()) cfvo.val = value;
else cfvo.val = L"0";
}
impl_->conditionalFormattings_.back().rules.back().cfvo.push_back(cfvo);
}
void xlsx_conditionalFormatting_context::add_color(std::wstring col)
{
impl_->conditionalFormattings_.back().rules.back().color.push_back(col);
}
void xlsx_conditionalFormatting_context::set_negative_color(std::wstring col)
{
impl_->conditionalFormattings_.back().rules.back().negative_color = col;
}
void xlsx_conditionalFormatting_context::set_axis_position(std::wstring val)
{
impl_->conditionalFormattings_.back().rules.back().axis_position = val;
}
void xlsx_conditionalFormatting_context::set_axis_color(std::wstring val)
{
impl_->conditionalFormattings_.back().rules.back().axis_color = val;
}
void xlsx_conditionalFormatting_context::set_icon_set_type(int type)
{
impl_->conditionalFormattings_.back().rules.back().icon_set_type = type;
}
void xlsx_conditionalFormatting_context::set_showVal(bool val)
{
impl_->conditionalFormattings_.back().rules.back().showValue = val;
}
void xlsx_conditionalFormatting_context::set_time_period(int val)
{
impl_->conditionalFormattings_.back().rules.back().time_period = val;
}
void xlsx_conditionalFormatting_context::set_stdDev(int val)
{
impl_->conditionalFormattings_.back().rules.back().stdDev = val;
}
}
}
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