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#include <diceparser/parsingtoolbox.h>
#include "booleancondition.h"
#include "rerolldicenode.h"
#include "validatorlist.h"
#include <utility>
RerollDiceNode::RerollDiceNode(bool reroll, bool addingMode)
: m_diceResult(new DiceResult()), m_validatorList(nullptr), m_reroll(reroll), m_adding(addingMode)
{
m_result= m_diceResult;
}
RerollDiceNode::~RerollDiceNode()
{
if(nullptr != m_validatorList)
{
delete m_validatorList;
m_validatorList= nullptr;
}
}
void RerollDiceNode::run(ExecutionNode* previous)
{
using DE= Dice::ERROR_CODE;
using DC= Dice::CONDITION_STATE;
if(isValid(!previous, DE::NO_PREVIOUS_ERROR, tr("No Previous node")))
return;
m_previousNode= previous;
auto previousDiceResult= previous->getResult();
if(isValid(!previousDiceResult, DE::NO_VALID_RESULT, tr("No Valid result")))
return;
DiceResult* previous_result= dynamic_cast<DiceResult*>(previousDiceResult);
if(isValid(!previous_result, DE::DIE_RESULT_EXPECTED,
tr(" The a operator expects dice result. Please check the documentation and fix your command.")))
return;
m_result->setPrevious(previous_result);
QList<Die*>& list1= previous_result->getResultList();
auto allInvalid= std::all_of(std::begin(list1), std::end(list1),
[](const Die* die) { return die->getMaxValue() < die->getBase(); });
qint64 maxVal= 0;
if(allInvalid)
{
auto const& list1= m_validatorList->validators();
auto max= std::max_element(std::begin(list1), std::end(list1),
[](Validator* a, Validator* b)
{
auto aa= dynamic_cast<BooleanCondition*>(a);
auto bb= dynamic_cast<BooleanCondition*>(b);
if(bb && aa)
return aa->valueToScalar() < bb->valueToScalar();
else
return (!bb && aa);
});
auto maxCondition= dynamic_cast<BooleanCondition*>(*max);
if(maxCondition)
maxVal= maxCondition->valueToScalar();
}
for(auto const& die : std::as_const(list1))
{
if(!die)
return;
Die* tmpdie= new Die(*die);
m_diceResult->insertResult(tmpdie);
die->displayed();
if(allInvalid && maxVal != tmpdie->getMaxValue() && maxVal > tmpdie->getBase())
{
qInfo() << "Invalid range for explosing dice, set " << maxVal << " as maximum" << tmpdie->getMaxValue()
<< tmpdie->getBase();
tmpdie->setMaxValue(maxVal);
}
}
QList<Die*>& list= m_diceResult->getResultList();
QList<Die*> toRemove;
for(int i= 0; i < list.size(); ++i)
{
auto die= list[i];
if(!die)
continue;
bool finished= false;
auto state
= m_validatorList->isValidRangeSize(std::make_pair<qint64, qint64>(die->getBase(), die->getMaxValue()));
if(isValid((DC::ALWAYSTRUE == state && m_adding) || (!m_reroll && !m_adding && state == DC::UNREACHABLE),
DE::ENDLESS_LOOP_ERROR,
QStringLiteral("Condition cause an endless loop with this dice: %1")
.arg(QStringLiteral("d[%1,%2]")
.arg(static_cast<int>(die->getBase()))
.arg(static_cast<int>(die->getMaxValue())))))
{
continue;
}
while(m_validatorList->hasValid(die, false) && !finished)
{
if(m_instruction)
{
m_instruction->execute(this);
auto lastNode= ParsingToolBox::getLeafNode(m_instruction);
if(lastNode == nullptr)
continue;
auto lastResult= dynamic_cast<DiceResult*>(lastNode->getResult());
if(lastResult != nullptr)
{
toRemove.append(die);
if(list.size() < lastResult->getResultList().size())
break;
list.append(lastResult->getResultList());
die= list[i];
lastResult->clear();
}
}
else
{
die->roll(m_adding);
}
finished= m_reroll;
}
}
for(auto die : toRemove)
{
list.removeOne(die);
}
}
void RerollDiceNode::setValidatorList(ValidatorList* val)
{
m_validatorList= val;
}
QString RerollDiceNode::toString(bool wl) const
{
return wl ? QString("%1 [label=\"RerollDiceNode validatior: %2\"]").arg(m_id, m_validatorList->toString()) :
ExecutionNode::toString(wl);
}
qint64 RerollDiceNode::getPriority() const
{
qint64 priority= 0;
if(nullptr != m_nextNode)
{
priority= m_nextNode->getPriority();
}
return priority;
}
ExecutionNode* RerollDiceNode::getCopy() const
{
RerollDiceNode* node= new RerollDiceNode(m_reroll, m_adding);
node->setValidatorList(m_validatorList);
if(nullptr != m_nextNode)
{
node->setNextNode(m_nextNode->getCopy());
}
return node;
}
ExecutionNode* RerollDiceNode::getInstruction() const
{
return m_instruction;
}
void RerollDiceNode::setInstruction(ExecutionNode* instruction)
{
m_instruction= instruction;
}
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