public void TraceBranchM1ComputeEx1(long lGrpId)
{
trace.Write(TraceLevel.Debug, "CM1GroupsTree::TraceBranchM1ComputeEx1");
try
{
trace.Write(TraceLevel.Debug, $"Tracing branch of group: {lGrpId}");
trace.Write(TraceLevel.Debug, $"[ Group | Type | NumChilds | NumConstraits | PruneFase | Money | Minutes ]");
CM1Group pGrp = GetGroupFromGrpId(lGrpId);
while (pGrp != null)
{
// For each group have to be a node
CM1Node pNode = GetFirstNodeFromIds(pGrp.GetGrpId());
if (pNode != null)
{
trace.Write(TraceLevel.Debug, $"[ {pGrp.GetGrpId(),-7} | {pGrp.GetGrpTypeId(),-4} | {pNode.ChildsNum,9} | {pNode.CnstrNum,-13} | {pNode.PruneFase,-9} | {pGrp.GetAccMoney(),-5} | {pGrp.GetAccMinutes(),-7} ]");
}
pGrp = GetGroupParent(pGrp.GetGrpId());
}
}
catch (Exception error)
{
trace.Write(TraceLevel.Error, error.ToLogString());
}
}
public bool GetBranchEfecAccumMoney(long lGroup, ref long m_lRealAccMoney)
{
trace.Write(TraceLevel.Debug, "CM1GroupTree::GetBranchAccumMoney");
bool fnResult = true;
try
{
CM1Group group = GetGroupFromGrpId(lGroup);
if (group == null)
{
throw new InvalidOperationException("Could not obtain group of current operation");
}
long lGrpAccMoney = 0;
m_lRealAccMoney = 0;
while (group != null)
{
lGrpAccMoney = group.GetEfecAccMoney();
m_lRealAccMoney = Math.Max(lGrpAccMoney, m_lRealAccMoney);
group = GetGroupParent(group.GetGrpId());
}
trace.Write(TraceLevel.Info, $"Money accumulate for branch of group {lGroup}: {m_lRealAccMoney}");
}
catch (Exception error)
{
trace.Write(TraceLevel.Error, error.ToLogString());
fnResult = false;
}
return(fnResult);
}
// OPERATIONS
/// <summary>
/// Returns the maximum minutes that a user can spend in a branch without overflowing the maximum money constraint in any group
/// </summary>
/// <param name="groupId"></param>
/// <param name="minutes"></param>
/// <returns>bool</returns>
public bool GetBranchMaxAvailableMinutes(long groupId, ref long minutes, bool isComputeEx1 = false)
{
trace?.Write(TraceLevel.Debug, "CM1GroupTree::GetBranchMaxAvailableMoney");
bool fnResult = true;
try
{
CM1Group treeGroup = GetGroupFromGrpId(groupId);
if (treeGroup == null)
{
throw new ArgumentNullException(nameof(groupId), "Could not obtain group of current operation");
}
long lGrpAccMinutes = 0;
long lGrpMaxMinutes = 0;
minutes = 999999999;
while (treeGroup != null)
{
if (isComputeEx1)
{
lGrpAccMinutes = treeGroup.GetRealAccMinutes();
}
else
{
lGrpAccMinutes = treeGroup.GetAccMinutes();
}
lGrpMaxMinutes = treeGroup.GetMaxMinutes();
if (lGrpMaxMinutes != GlobalDefs.DEF_UNDEFINED_VALUE)
{
minutes = Math.Min(lGrpMaxMinutes - lGrpAccMinutes, minutes);
}
treeGroup = GetGroupParent(treeGroup.GetGrpId());
}
trace?.Write(TraceLevel.Info, $"Minutes left for branch of group {groupId}: {minutes}");
}
catch (Exception error)
{
trace?.Write(TraceLevel.Error, error.ToLogString());
fnResult = false;
}
return(fnResult);
}
public bool IsGroupInTree(long lTreeGrpId, long lGrpId)
{
trace?.Write(TraceLevel.Debug, "CM1GroupsTree::IsGroupInTree");
CM1Group pGrp = null;
bool bRes = false;
long lActGrpId;
try
{
if (lGrpId == GlobalDefs.DEF_UNDEFINED_VALUE)
{
throw new ArgumentNullException(nameof(lGrpId), "lGrpId == DEF_UNDEFINED_VALUE");
}
if (lTreeGrpId == GlobalDefs.DEF_UNDEFINED_VALUE)
{
throw new ArgumentNullException(nameof(lTreeGrpId), "lTreeGrpId == DEF_UNDEFINED_VALUE");
}
lActGrpId = lGrpId;
if (lTreeGrpId == lActGrpId)
{
bRes = true;
}
else
{
do
{
pGrp = GetGroupParent(lActGrpId);
if (pGrp != null)
{
lActGrpId = pGrp.GetGrpId();
if (lTreeGrpId == lActGrpId)
{
bRes = true;
break;
}
}
}while (pGrp != null);
}
}
catch (Exception error)
{
trace?.Write(TraceLevel.Error, error.ToLogString());
}
return(bRes);
}
public bool GetBranchMinMoney(long groupId, ref long money, bool isComputeEx1 = false)
{
trace.Write(TraceLevel.Debug, "CM1GroupsTree::GetBranchMinMoney");
bool fnResult = true;
try
{
// Get group object of the group of the operation to evaluate
CM1Group pGrp = GetGroupFromGrpId(groupId);
if (pGrp == null)
{
throw new InvalidOperationException("Could not obtain group of current operation");
}
long lGrpAccMoney = 0;
long lGrpMinMoney = 0;
money = -1;
while (pGrp != null)
{
lGrpAccMoney = (isComputeEx1) ? pGrp.GetEfecAccMoney() : pGrp.GetAccMoney();
lGrpMinMoney = pGrp.GetMinMoney();
if (lGrpMinMoney == GlobalDefs.DEF_UNDEFINED_VALUE || lGrpMinMoney < lGrpAccMoney)
{
lGrpMinMoney = 0;
}
else
{
lGrpMinMoney -= lGrpAccMoney;
}
money = Math.Max(lGrpMinMoney, money);
pGrp = GetGroupParent(pGrp.GetGrpId());
}
trace.Write(TraceLevel.Info, $"Min. money for branch of group {groupId}: {money}");
}
catch (Exception error)
{
trace.Write(TraceLevel.Error, error.ToLogString());
fnResult = false;
}
return(fnResult);
}
public bool CheckHistoryState(long lGroup, ref int iHistoryRes)
{
trace.Write(TraceLevel.Debug, "CM1GroupTree::CheckHistoryState");
bool fnResult = true;
int iState;
bool bGrpStop = true;
try
{
CM1Group group = GetGroupFromGrpId(lGroup);
if (group == null)
{
throw new InvalidOperationException("Could not obtain group of current operation");
}
iHistoryRes = (int)M1GroupState.GRP_ON;
while (group != null)
{
iState = (int)group.GetState();
lGroup = group.GetGrpId();
bGrpStop = (bGrpStop && (iState == (int)M1GroupState.GRP_STOP));
if (iState == (int)M1GroupState.GRP_REE)
{
iHistoryRes = iState;
break;
}
group = GetGroupParent(lGroup);
}
if (bGrpStop)
{
iHistoryRes = (int)M1GroupState.GRP_STOP;
}
}
catch (Exception error)
{
trace.Write(TraceLevel.Error, error.ToLogString());
fnResult = false;
}
return(fnResult);
}
public bool GetMinValueToChargeInRefund(long groupId, ref long minMoney)
{
trace.Write(TraceLevel.Debug, "CM1GroupsTree::GetMinValueToChargeInRefund");
bool fnResult = true;
try
{
// Get group object of the group of the operation to evaluate
CM1Group pGrp = GetGroupFromGrpId(groupId);
if (pGrp == null)
{
throw new InvalidOperationException("Could not obtain group of current operation");
}
long lGrpMinValueToCharge = 0;
long lMinValueToCharge = 0;
minMoney = -1;
while (pGrp != null)
{
lGrpMinValueToCharge = pGrp.GetMinValueToChargeInRefund();
if (lGrpMinValueToCharge == GlobalDefs.DEF_UNDEFINED_VALUE)
{
lMinValueToCharge = 0;
}
else
{
lMinValueToCharge = lGrpMinValueToCharge;
}
minMoney = Math.Max(lMinValueToCharge, minMoney);
pGrp = GetGroupParent(pGrp.GetGrpId());
}
trace.Write(TraceLevel.Info, $"Min. money to charge in refunds {groupId}: {minMoney}");
}
catch (Exception error)
{
trace.Write(TraceLevel.Error, error.ToLogString());
fnResult = false;
}
return(fnResult);
}
// Constraints
public bool MergeOrAddConstraint(CM1Group pGrp, long lCnstrDef, float fValue)
{
trace?.Write(TraceLevel.Debug, "CM1GroupsTree::MergeOrAddConstraint");
bool fnResult = true;
try
{
if (pGrp == null)
{
throw new ArgumentNullException(nameof(pGrp), "pGrp is NULL");
}
// TODO: Best control
// If MergeConstraint fails I suppose that previosly this type of constraint
// was not set ... so I add it.
float?result = null;
if (!pGrp.MergeConstraint(lCnstrDef, fValue, ref result))
{
if (pGrp.AddConstraint(lCnstrDef, fValue))
{
CM1Node pNode = GetFirstNodeFromIds(pGrp.GetGrpId());
if (pNode != null)
{
pNode.CnstrNum++;
}
}
else
{
fnResult = false;
}
}
}
catch (Exception error)
{
trace?.Write(TraceLevel.Error, error.ToLogString());
fnResult = false;
}
return(fnResult);
}
public bool ApplyCurrentOperation(long groupId, COPSDate operationDate)
{
trace?.Write(TraceLevel.Debug, "CM1GroupTree::ApplyCurrentOperation");
bool fnResult = true;
try
{
//m_dtOper
CM1Group group = GetGroupFromGrpId(groupId);
if (group == null)
{
throw new InvalidOperationException("Group of operation not found in tree");
}
long groupIdTmp;
while (group != null)
{
groupIdTmp = group.GetGrpId();
group.SetState((long)M1GroupState.GRP_ON);
group.SetLastDate(operationDate);
group = GetGroupParent(groupIdTmp);
if (group == null)
{
trace?.Write(TraceLevel.Error, $"Group of operation ({groupId}) has no parents in tree");
}
}
}
catch (Exception error)
{
trace?.Write(TraceLevel.Error, error.ToLogString());
fnResult = false;
}
return(fnResult);
}
public bool GetBranchMaxInterdateReentry(long lGroup, ref long lMaxInDtRee)
{
trace.Write(TraceLevel.Debug, "CM1GroupsTree::GetBranchMaxInterdateReentry");
bool fnResult = true;
try
{
lMaxInDtRee = GlobalDefs.DEF_UNDEFINED_VALUE;
// Get group object of the group of the operation to evaluate
CM1Group pGrp = GetGroupFromGrpId(lGroup);
if (pGrp == null)
{
throw new InvalidOperationException("Could not obtain group of current operation");
}
long lGrpAccInDtRee = GlobalDefs.DEF_UNDEFINED_VALUE;
while ((pGrp != null) && (lGrpAccInDtRee == GlobalDefs.DEF_UNDEFINED_VALUE))
{
lGrpAccInDtRee = pGrp.GetMaxInterdateReentry();
pGrp = GetGroupParent(pGrp.GetGrpId());
}
lMaxInDtRee = lGrpAccInDtRee;
trace.Write(TraceLevel.Info, $"Max. Interdate for reentry for group {lGroup}: {lMaxInDtRee}");
}
catch (Exception error)
{
trace.Write(TraceLevel.Error, error.ToLogString());
fnResult = false;
}
return(fnResult);
}
// Trace
public void TraceFullTree()
{
trace.Write(TraceLevel.Debug, "CM1GroupsTree::TraceFullTree");
try
{
trace?.Write(TraceLevel.Debug, $"#Groups: {GetGroupNum()} , #Nodes:{GetNodeNum()}");
trace?.Write(TraceLevel.Debug, "Groups [ Group | Type | NumChilds | NumConstraits | PruneFase ] Childs { Group | ChildGroup }:");
trace?.Write(TraceLevel.Debug, "Constraints ( Type | Value ):");
for (int i = 0; i < GetGroupNum(); i++)
{
CM1Group pGrp = m_Groups[i];
if (pGrp == null)
{
continue;
}
// For each group have to be a node
CM1Node pNode = GetFirstNodeFromIds(pGrp.GetGrpId());
if (pNode != null)
{
trace?.Write(TraceLevel.Debug, $" [ {pGrp.GetGrpId(),7} | {pGrp.GetGrpTypeId(),4} | {pNode.ChildsNum,9} | {pNode.CnstrNum,13} | {pNode.PruneFase} ]\t");
// A node can have constraints
CM1Constraint[] pCnstr = pGrp.GetConstraints();
for (int k = 0; k < CM1Constraint.CNSTR_NUM; k++)
{
if (!pCnstr[k].IsValid())
{
continue;
}
trace?.Write(TraceLevel.Debug, $"( {pCnstr[k].TypeId, 4} | %{pCnstr[k].Value},4)");
}
// A node can have childs
for (int j = 0; j < GetNodeNum(); j++)
{
pNode = m_Nodes[j];
if (pNode == null || pNode.GrpChild == null || pNode.GrpId != pGrp.GetGrpId())
{
continue;
}
trace?.Write(TraceLevel.Debug, $" ( {pNode.GrpId,7} | {pNode.GrpChild.GetGrpId(),10} )\t");
}
////sRdo += _T("\n");
//trace?.Write(TraceLevel.Info, (LPCTSTR)strRdo);
//if (!strCnstr.IsEmpty())
//{
// /*
// sRdo += _T("\t");
// sRdo += sCnstr;
// sRdo += _T("\n");
// */
// trace.Write(TRACE_M1_LEVEL, _T("\t%s"), (LPCTSTR)strCnstr);
//}
}
}
}
catch (Exception error)
{
trace.Write(TraceLevel.Error, error.ToLogString());
}
}