// OTCron calls this regularly, which is my chance to expire, etc.
// Child classes will override this, AND call it (to verify valid date range.)
bool OTAgreement::ProcessCron()
{
// END DATE --------------------------------
// First call the parent's version (which this overrides) so it has
// a chance to check its stuff. Currently it checks IsExpired().
if (!OTCronItem::ProcessCron())
return false; // It's expired--removed it from Cron.
// START DATE --------------------------------
// Okay, so it's not expired. But might not have reached START DATE yet...
if (!VerifyCurrentDate())
return true; // The Trade is not yet valid, so we return. BUT, we return
// true, so it will stay on Cron until it BECOMES valid.
// Process my Agreement-specific stuff below.--------------------------------
return true;
}
// OTCron calls this regularly, which is my chance to expire, etc.
// Child classes will override this, AND call it (to verify valid date range.)
bool OTAgreement::ProcessCron()
{
// END DATE --------------------------------
// First call the parent's version (which this overrides) so it has
// a chance to check its stuff. Currently it checks IsExpired().
if (!ot_super::ProcessCron())
return false; // It's expired or flagged--removed it from Cron.
// START DATE --------------------------------
// Okay, so it's NOT expired. But might not have reached START DATE yet...
// (If not expired, yet current date is not verified, that means it hasn't
// ENTERED the date range YET.)
//
if (!VerifyCurrentDate())
return true; // The Trade is not yet valid, so we return. BUT, we return
// true, so it will stay on Cron until it BECOMES valid.
// Process my Agreement-specific stuff below.--------------------------------
return true;
}
// OTCron calls this regularly, which is my chance to expire, etc.
// Return True if I should stay on the Cron list for more processing.
// Return False if I should be removed and deleted.
bool OTTrade::ProcessCron()
{
// Right now Cron is called 10 times per second.
// I'm going to slow down all trades so they are once every
// GetProcessInterval()
if (GetLastProcessDate() > OT_TIME_ZERO) {
// (Default ProcessInterval is 1 second, but Trades will use 10 seconds,
// and Payment Plans will use an hour or day.)
if (OTTimeGetTimeInterval(OTTimeGetCurrentTime(),
GetLastProcessDate()) <= GetProcessInterval())
return true;
}
// Keep a record of the last time this was processed.
// (NOT saved to storage, only used while the software is running.)
// (Thus no need to release signatures, sign contract, save contract, etc.)
SetLastProcessDate(OTTimeGetCurrentTime());
// PAST END DATE?
// First call the parent's version (which this overrides) so it has
// a chance to check its stuff. Currently it checks IsExpired().
if (!ot_super::ProcessCron())
return false; // It's expired or flagged for removal--remove it from
// Cron.
// You might ask, why not check here if this trade is flagged for removal?
// Supposedly the answer is, because it's only below that I have the market
// pointer,
// and am able to remove the corresponding trade from the market.
// Therefore I am adding a hook for "onRemoval" so that Objects such as
// OTTrade ALWAYS
// have the opportunity to perform such cleanup, without having to juggle
// such logic.
// REACHED START DATE?
// Okay, so it's not expired. But might not have reached START DATE yet...
if (!VerifyCurrentDate())
return true; // The Trade is not yet valid, so we return. BUT, we return
// true, so it will stay on Cron until it BECOMES valid.
// TRADE-specific stuff below.
bool bStayOnMarket =
true; // by default stay on the market (until some rule expires me.)
Identifier OFFER_MARKET_ID;
OTMarket* market = nullptr;
// If the Offer is already active on a market, then I already have a pointer
// to
// it. This function returns that pointer. If nullptr, it tries to find the
// offer on
// the market and then sets the pointer and returns. If it can't find it, IT
// TRIES
// TO ADD IT TO THE MARKET and sets the pointer and returns it.
OTOffer* offer = GetOffer(
&OFFER_MARKET_ID, &market); // Both of these parameters are optional.
// In this case, the offer is NOT on the market.
// Perhaps it wasn't ready to activate yet.
if (offer == nullptr) {
// The offer SHOULD HAVE been on the market, since we're within the
// valid range,
// and GetOffer adds it when it's not already there.
// otErr << "OTTrade::ProcessCron: Offer SHOULD have been on
// Market. I might ASSERT this.\n"; // comment this out
// Actually! If it's a Stop Order, then it WOULD be within the valid
// range, yet would
// not yet have activated. So I don't want to log some big error every
// time a stop order
// checks its prices.
}
else if (market == nullptr) {
// todo. (This will already leave a log above in GetOffer somewhere.)
// otErr << "OTTrade::ProcessCron: Market was nullptr.\n"; //
// comment this out
}
else // If a valid pointer was returned, that means the offer is on the
// market.
{
// Make sure it hasn't already been flagged by someone else...
if (IsFlaggedForRemoval()) // This is checked above in
// OTCronItem::ProcessCron().
bStayOnMarket = false; // I'm leaving the check here in case the
// flag was set since then.
else // Process it! <===================
{
otInfo << "Processing trade: " << GetTransactionNum() << ".\n";
bStayOnMarket = market->ProcessTrade(*this, *offer);
// No need to save the Trade or Offer, since they will
// be saved inside this call if they are changed.
}
}
// Return True if I should stay on the Cron list for more processing.
// Return False if I should be removed and deleted.
return bStayOnMarket; // defaults true, so if false, that means someone is
// removing it for a reason.
}
