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#include "stdafx.h"
#include "column_inout.h"
/*
* ColInOut
*/
ColInOut::ColInOut()
: m_nSource(2), m_bAbsolute(false), m_nAbsTime(1),
m_hSource(nullptr), m_hAbsolute(nullptr), m_hAbsTime(nullptr)
{
}
void ColInOut::impl_copyConfig(const Column* pSource)
{
const ColInOut& src = *reinterpret_cast<const ColInOut*>(pSource);
m_nSource = src.m_nSource;
m_bAbsolute = src.m_bAbsolute;
m_nAbsTime = src.m_nAbsTime;
}
void ColInOut::impl_configRead(const SettingsTree& settings)
{
m_nSource = settings.readIntRanged(con::KeySource , 2, 0, 8);
m_bAbsolute = settings.readBool (con::KeyAbsolute, false);
m_nAbsTime = settings.readIntRanged(con::KeyAbsTime , 1, 0, 2);
}
void ColInOut::impl_configWrite(SettingsTree& settings) const
{
settings.writeInt (con::KeySource , m_nSource );
settings.writeBool(con::KeyAbsolute, m_bAbsolute);
settings.writeInt (con::KeyAbsTime , m_nAbsTime );
}
void ColInOut::impl_configToUI(OptionsCtrl& Opt, OptionsCtrl::Item hGroup)
{
OptionsCtrl::Group hTemp;
m_hSource = Opt.insertCombo(hGroup, TranslateT("Data source"));
hTemp = Opt.insertGroup(hGroup, TranslateT("Display as"));
m_hAbsolute = Opt.insertRadio(hTemp, nullptr, TranslateT("Absolute"));
m_hAbsolute = Opt.insertRadio(hTemp, m_hAbsolute, TranslateT("Average"), OptionsCtrl::OCF_DISABLECHILDSONUNCHECK);
m_hAbsTime = Opt.insertRadio(m_hAbsolute, nullptr, TranslateT("Units per day"));
Opt.insertRadio(m_hAbsolute, m_hAbsTime, TranslateT("Units per week"));
Opt.insertRadio(m_hAbsolute, m_hAbsTime, TranslateT("Units per month (30 days)"));
static const wchar_t* sourceTexts[] = {
LPGENW("Characters (incoming)"),
LPGENW("Characters (outgoing)"),
LPGENW("Characters (all)"),
LPGENW("Messages (incoming)"),
LPGENW("Messages (outgoing)"),
LPGENW("Messages (all)"),
LPGENW("Chats (incoming)"),
LPGENW("Chats (outgoing)"),
LPGENW("Chats (all)"),
};
array_each_(i, sourceTexts)
{
Opt.addComboItem(m_hSource, TranslateW(sourceTexts[i]));
}
Opt.setComboSelected(m_hSource , m_nSource );
Opt.setRadioChecked (m_hAbsolute, m_bAbsolute ? 0 : 1);
Opt.setRadioChecked (m_hAbsTime , m_nAbsTime );
}
void ColInOut::impl_configFromUI(OptionsCtrl& Opt)
{
m_nSource = Opt.getComboSelected(m_hSource);
m_bAbsolute = (Opt.getRadioChecked(m_hAbsolute) == 0);
m_nAbsTime = Opt.getRadioChecked(m_hAbsTime);
}
void ColInOut::impl_outputRenderHeader(ext::ostream& tos, int row, int rowSpan) const
{
static const wchar_t* szShortDesc[] = {
LPGENW("Characters"),
LPGENW("Messages"),
LPGENW("Chats")
};
static const wchar_t* szSourceDesc[] = {
LPGENW("Incoming characters"),
LPGENW("Outgoing characters"),
LPGENW("Characters"),
LPGENW("Incoming messages"),
LPGENW("Outgoing messages"),
LPGENW("Messages"),
LPGENW("Incoming chats"),
LPGENW("Outgoing chats"),
LPGENW("Chats")
};
static const wchar_t* szUnitDesc[] = {
LPGENW("day"),
LPGENW("week"),
LPGENW("month"),
};
if (row == 1)
{
ext::string strTitle;
if (m_bAbsolute)
{
strTitle = TranslateW(szSourceDesc[m_nSource]);
}
else
{
strTitle = str(ext::kformat(TranslateT("#{data} per #{unit}"))
% L"#{data}" * TranslateW(szSourceDesc[m_nSource])
% L"#{unit}" * TranslateW(szUnitDesc[m_nAbsTime]));
}
writeRowspanTD(tos, getCustomTitle(TranslateW(szShortDesc[m_nSource / 3]), strTitle), row, 1, rowSpan);
}
}
void ColInOut::impl_outputRenderRow(ext::ostream& tos, const Contact& contact, DisplayType)
{
if (m_bAbsolute)
{
static int (Contact::*getData[])() const = {
&Contact::getInBytes,
&Contact::getOutBytes,
&Contact::getTotalBytes,
&Contact::getInMessages,
&Contact::getOutMessages,
&Contact::getTotalMessages,
&Contact::getInChats,
&Contact::getOutChats,
&Contact::getTotalChats,
};
tos << L"<td class=\"num\">"
<< utils::intToGrouped((contact.*getData[m_nSource])())
<< L"</td>" << ext::endl;
}
else
{
static double (Contact::*getData[])() const = {
&Contact::getInBytesAvg,
&Contact::getOutBytesAvg,
&Contact::getTotalBytesAvg,
&Contact::getInMessagesAvg,
&Contact::getOutMessagesAvg,
&Contact::getTotalMessagesAvg,
&Contact::getInChatsAvg,
&Contact::getOutChatsAvg,
&Contact::getTotalChatsAvg,
};
static const double avgFactor[] = {
60.0 * 60.0 * 24.0,
60.0 * 60.0 * 24.0 * 7.0,
60.0 * 60.0 * 24.0 * 30.0,
};
tos << L"<td class=\"num\">"
<< utils::floatToGrouped((contact.*getData[m_nSource])() * avgFactor[m_nAbsTime], 1)
<< L"</td>" << ext::endl;
}
}
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