private void __eTree_generateLocalCheck(e_tskLimit Value)
{
BlockExpression block = Expression.Block(
typeof(DateTime),
new[] { pResult, pLimit },
Expression.IfThenElse(eCompare,
Expression.Assign(pResult, pDate),
Expression.Assign(pResult, Expression.Invoke(eFncExpLimit))),
pResult
);
fncLocalCheck = Expression.Lambda <Func <DateTime, DateTime> >(block, pDate).Compile();
}
public period_localLimit(IDot start, IDot finish, e_tskLimit lType)
{
init_eventsInternal();
dcdSlave = new dotCheckDate(slaveCheck);
dcdMaster = new dotCheckDate(masterCheck);
_outerLimit = dmyChk;
fncDuration = durNull;
init_outerLimit();
init_expTreeParameters();
connectProject(null);
this.start = start;
this.finish = finish;
_limitDate = start.date;
limitType = lType;
}
public period_localLimit(IDot start, IDot finish, e_tskLimit lType)
{
init_eventsInternal();
dcdSlave = new dotCheckDate(slaveCheck);
dcdMaster = new dotCheckDate(masterCheck);
_outerLimit = dmyChk;
fncDuration = durNull;
init_outerLimit();
init_expTreeParameters();
connectProject(null);
this.start = start;
this.finish = finish;
_limitDate = start.date;
limitType = lType;
}
private void __prp_limitType_write(e_tskLimit Value)
{
e_tskLimit temp = _limitType;
_limitType = Value;
switch (Value)
{
case e_tskLimit.Earlier:
setMasterStart(true);
fncExpLimit = fncProjectStart;
__eTree_makeBinary(ExpressionType.NotEqual, pDate, pDate);
__eTree_generateLocalCheck(Value);
funcFSInvert(true);
break;
case e_tskLimit.startFixed:
setMasterStart(true);
fncExpLimit = () => limitDate;
__eTree_makeBinary(ExpressionType.NotEqual, pDate, pDate);
__eTree_generateLocalCheck(Value);
funcFSInvert(false);
break;
case e_tskLimit.startNotEarlier:
setMasterStart(true);
fncExpLimit = () => limitDate;
__eTree_makeBinary(ExpressionType.GreaterThanOrEqual, pDate, pLimit);
__eTree_generateLocalCheck(Value);
funcFSInvert(false);
break;
case e_tskLimit.startNotLater:
setMasterStart(true);
fncExpLimit = () => limitDate;
__eTree_makeBinary(ExpressionType.LessThanOrEqual, pDate, pLimit);
__eTree_generateLocalCheck(Value);
funcFSInvert(false);
break;
case e_tskLimit.Later:
setMasterStart(false);
fncExpLimit = fncProjectFinish;
__eTree_makeBinary(ExpressionType.NotEqual, pDate, pDate);
__eTree_generateLocalCheck(Value);
funcFSInvert(true);
break;
case e_tskLimit.finishFixed:
setMasterStart(false);
fncExpLimit = () => limitDate;
__eTree_makeBinary(ExpressionType.NotEqual, pDate, pDate);
__eTree_generateLocalCheck(Value);
funcFSInvert(false);
break;
case e_tskLimit.finishNotEarlier:
setMasterStart(false);
fncExpLimit = () => limitDate;
__eTree_makeBinary(ExpressionType.GreaterThanOrEqual, pDate, pLimit);
__eTree_generateLocalCheck(Value);
funcFSInvert(false);
break;
case e_tskLimit.finishNotLater:
setMasterStart(false);
fncExpLimit = () => limitDate;
__eTree_makeBinary(ExpressionType.LessThanOrEqual, pDate, pLimit);
__eTree_generateLocalCheck(Value);
funcFSInvert(false);
break;
}
ev_limitTypeChanged(this, new EventArgs());
onLimitTypeChange(new eventArgs_valueChange <e_tskLimit>(temp, _limitType));
}
private void __prp_limitType_write(e_tskLimit Value)
{
e_tskLimit temp = _limitType;
_limitType = Value;
switch (Value)
{
case e_tskLimit.Earlier:
setMasterStart(true);
fncExpLimit = fncProjectStart;
__eTree_makeBinary(ExpressionType.NotEqual, pDate, pDate);
__eTree_generateLocalCheck(Value);
funcFSInvert(true);
break;
case e_tskLimit.startFixed:
setMasterStart(true);
fncExpLimit = () => limitDate;
__eTree_makeBinary(ExpressionType.NotEqual, pDate, pDate);
__eTree_generateLocalCheck(Value);
funcFSInvert(false);
break;
case e_tskLimit.startNotEarlier:
setMasterStart(true);
fncExpLimit = () => limitDate;
__eTree_makeBinary(ExpressionType.GreaterThanOrEqual, pDate, pLimit);
__eTree_generateLocalCheck(Value);
funcFSInvert(false);
break;
case e_tskLimit.startNotLater:
setMasterStart(true);
fncExpLimit = () => limitDate;
__eTree_makeBinary(ExpressionType.LessThanOrEqual, pDate, pLimit);
__eTree_generateLocalCheck(Value);
funcFSInvert(false);
break;
case e_tskLimit.Later:
setMasterStart(false);
fncExpLimit = fncProjectFinish;
__eTree_makeBinary(ExpressionType.NotEqual, pDate, pDate);
__eTree_generateLocalCheck(Value);
funcFSInvert(true);
break;
case e_tskLimit.finishFixed:
setMasterStart(false);
fncExpLimit = () => limitDate;
__eTree_makeBinary(ExpressionType.NotEqual, pDate, pDate);
__eTree_generateLocalCheck(Value);
funcFSInvert(false);
break;
case e_tskLimit.finishNotEarlier:
setMasterStart(false);
fncExpLimit = () => limitDate;
__eTree_makeBinary(ExpressionType.GreaterThanOrEqual, pDate, pLimit);
__eTree_generateLocalCheck(Value);
funcFSInvert(false);
break;
case e_tskLimit.finishNotLater:
setMasterStart(false);
fncExpLimit = () => limitDate;
__eTree_makeBinary(ExpressionType.LessThanOrEqual, pDate, pLimit);
__eTree_generateLocalCheck(Value);
funcFSInvert(false);
break;
}
ev_limitTypeChanged(this, new EventArgs());
onLimitTypeChange(new eventArgs_valueChange<e_tskLimit>(temp, _limitType));
}
private void __eTree_generateLocalCheck(e_tskLimit Value)
{
BlockExpression block = Expression.Block(
typeof(DateTime),
new[] { pResult, pLimit },
Expression.IfThenElse(eCompare,
Expression.Assign(pResult, pDate),
Expression.Assign(pResult, Expression.Invoke(eFncExpLimit))),
pResult
);
fncLocalCheck = Expression.Lambda<Func<DateTime, DateTime>>(block, pDate).Compile();
}
