void mmReportPayeeExpenses::getPayeeStats(std::map<int, std::pair<double, double> > &payeeStats
, mmDateRange* date_range, bool ignoreFuture) const
{
//Get base currency rates for all accounts
std::map<int, double> acc_conv_rates;
for (const auto& account: Model_Account::instance().all())
{
Model_Currency::Data* currency = Model_Account::currency(account);
acc_conv_rates[account.ACCOUNTID] = currency->BASECONVRATE;
}
const auto &transactions = Model_Checking::instance().find(
Model_Checking::STATUS(Model_Checking::VOID_, NOT_EQUAL)
, Model_Checking::TRANSDATE(m_date_range->start_date(), GREATER_OR_EQUAL)
, Model_Checking::TRANSDATE(m_date_range->end_date(), LESS_OR_EQUAL));
const wxDateTime today = m_date_range->today();
const auto all_splits = Model_Splittransaction::instance().get_all();
for (const auto& trx: transactions)
{
if (Model_Checking::type(trx) == Model_Checking::TRANSFER) continue;
// Do not include asset or stock transfers in income expense calculations.
if (Model_Checking::foreignTransactionAsTransfer(trx))
continue;
double convRate = acc_conv_rates[trx.ACCOUNTID];
Model_Splittransaction::Data_Set splits;
if (all_splits.count(trx.id())) splits = all_splits.at(trx.id());
if (splits.empty())
{
if (Model_Checking::type(trx) == Model_Checking::DEPOSIT)
payeeStats[trx.PAYEEID].first += trx.TRANSAMOUNT * convRate;
else
payeeStats[trx.PAYEEID].second -= trx.TRANSAMOUNT * convRate;
}
else
{
for (const auto& entry : splits)
{
if (Model_Checking::type(trx) == Model_Checking::DEPOSIT)
{
if (entry.SPLITTRANSAMOUNT >= 0)
payeeStats[trx.PAYEEID].first += entry.SPLITTRANSAMOUNT * convRate;
else
payeeStats[trx.PAYEEID].second += entry.SPLITTRANSAMOUNT * convRate;
}
else
{
if (entry.SPLITTRANSAMOUNT < 0)
payeeStats[trx.PAYEEID].first -= entry.SPLITTRANSAMOUNT * convRate;
else
payeeStats[trx.PAYEEID].second -= entry.SPLITTRANSAMOUNT * convRate;
}
}
}
}
}
void mmReportPayeeExpenses::getPayeeStats(std::map<int, std::pair<double, double> > &payeeStats
, mmDateRange* date_range, bool ignoreFuture) const
{
//Get base currency rates for all accounts
std::map<int, double> acc_conv_rates;
for (const auto& account: Model_Account::instance().all())
{
Model_Currency::Data* currency = Model_Account::currency(account);
acc_conv_rates[account.ACCOUNTID] = currency->BASECONVRATE;
}
const auto &transactions = Model_Checking::instance().all();
const auto all_splits = Model_Splittransaction::instance().get_all();
for (const auto & trx: transactions)
{
if (Model_Checking::status(trx) == Model_Checking::VOID_) continue;
if (Model_Checking::type(trx) == Model_Checking::TRANSFER) continue;
wxDateTime trx_date = Model_Checking::TRANSDATE(trx);
if (ignoreFuture)
{
if (trx_date.IsLaterThan(wxDateTime::Today()))
continue; //skip future dated transactions
}
if (!trx_date.IsBetween(date_range->start_date(), date_range->end_date()))
continue; //skip
double convRate = acc_conv_rates[trx.ACCOUNTID];
Model_Splittransaction::Data_Set splits;
if (all_splits.count(trx.id())) splits = all_splits.at(trx.id());
if (splits.empty())
{
if (Model_Checking::type(trx) == Model_Checking::DEPOSIT)
payeeStats[trx.PAYEEID].first += trx.TRANSAMOUNT * convRate;
else
payeeStats[trx.PAYEEID].second -= trx.TRANSAMOUNT * convRate;
}
else
{
for (const auto& entry : splits)
{
if (Model_Checking::type(trx) == Model_Checking::DEPOSIT)
{
if (entry.SPLITTRANSAMOUNT >= 0)
payeeStats[trx.PAYEEID].first += entry.SPLITTRANSAMOUNT * convRate;
else
payeeStats[trx.PAYEEID].second += entry.SPLITTRANSAMOUNT * convRate;
}
else
{
if (entry.SPLITTRANSAMOUNT < 0)
payeeStats[trx.PAYEEID].first -= entry.SPLITTRANSAMOUNT * convRate;
else
payeeStats[trx.PAYEEID].second -= entry.SPLITTRANSAMOUNT * convRate;
}
}
}
}
}
