Источник:
http://blogs.msdn.com/b/axsupport/ar...parameter.aspx
==============
Issue:
When registering time via manufacturing execution/time registration for a job, different time entries (start and end time sum up to 0.01) are calculated on the route card journal when the “Lock employee”-parameter is enabled.
How does the “Lock employee”-parameter work?
The cause behind this issue can be found when looking into how the “Lock employee”-parameter works. Development provided the following full investigation information and concluded that a correction to this is not feasible, as any correction to the current code would make this parameter function in the same way for both options enabled’ and “Disabled”.
It was found that if the parameter “Lock employee” is enabled, then we get the stated issue, whereas if it is disabled, we will get the expected results.
Technical description:
“Lock employee” is disabled
Path: Human Resources
Time and Attendance > Set up > Terminals > Configure registration forms
If “Lock employee” is disabled when we start the jobs/stops, the code will fall into \Classes\JmgRegistrationForm\approveMarked which is called from \Classes\JmgRegistrationForm\beginMarkedJobs i.e
boolean approveMarked(
boolean_skipPreApprove =
false)
{
-------------------------------------------------------------------
jmgRegistrationSetup = form.getRegistrationSetup();
if
(jmgRegistrationSetup.LockEmployee == NoYes::Yes)
{
commitOk
= localCurrentBundle.makeRegistrations(JmgProfileSeconds::getSysDate(),
JmgProfileSeconds::getSysTime());
}
else
{
commitOk = localCurrentBundle.makeRegistrations();
}
return false;
}
Here, “Lock employee” is disabled so the code will fall into the else part and in here, there is no parameter passed for time. In this case, time and date will be taken from the user start job time/end job time i.e \Classes\JmgJobBundle\makeRegistrations i.e public boolean makeRegistrations(JmgDate _registrationDate = registrationDate, JmgTime _registrationTime = registrationTime)
{
---------------------------------------------------------------------------
registrationDate = _registrationDate;
registrationTime = _registrationTime;
this.checkRegistrationTime();
this.checkPilot();
ret = this.requestStartupInfo();
if (ret)
{
ret = this.requestFeedback(NoYes::Yes);
}
if (ret)
{
try
{
ttsbegin;
showMessage = false;
switch
(bundleType)
{
case JmgJobBundleType::IPC:
this.makeRegistrationsIPC();
break;
case JmgJobBundleType::Prod:
this.makeRegistrationsProd();
break;
case JmgJobBundleType::Proj:
this.makeRegistrationsProj();
break;
--------------------------------------------------------
break;
default:
break;
}
this.postProductionJournals();
this.postTime();
ttscommit;
}
------------------------------------------------------
}
After the code calculates the start/end job time, it will fall into this.makeRegistrationsProd() before it falls into \Classes\JmgJobBundle\postTime which is called from \Classes\JmgJobBundle\makeRegistrations. Subsequently, the code will fall into \Classes\JmgPostStandardSystem\postTime which is called from \Classes\JmgJobBundle\postTime
Finally the start times/end times are correctly updated.
public void postTime()
{
---------------------------------------------------------------------
for (i = 1; i Set up -> Terminals > Configure registration forms
If “Lock employee” is enabled when the jobs/stops are started, the code will fall into \Classes\JmgRegistrationForm\approveMarked which is called from \Classes\JmgRegistrationForm\beginMarkedJobs i.e
boolean approveMarked(
boolean _skipPreApprove =
false)
{
-------------------------------------------------------------------
jmgRegistrationSetup = form.getRegistrationSetup();
if
(jmgRegistrationSetup.LockEmployee == NoYes::Yes)
{
commitOk = localCurrentBundle.makeRegistrations(JmgProfileSeconds::getSysDate(),
JmgProfileSeconds::getSysTime());
}
else
{
commitOk = localCurrentBundle.makeRegistrations();
}
return false;
}
Here, “Lock employee” is enabled and as per the logic above, the code will fall into the “if” part and there, the parameter JmgProfileSeconds::getSysTime()) is passed so that even when we have a stop job after a time lapse, the system will default to getSysTime() for both the start job time and end job time. After this, the code will continue into \Classes\JmgJobBundle\makeRegistrations i.e
public boolean makeRegistrations(JmgDate _registrationDate = registrationDate, JmgTime _registrationTime = registrationTime)
{
---------------------------------------------------------------------------
registrationDate = _registrationDate;
registrationTime = _registrationTime;
this.checkRegistrationTime();
this.checkPilot();
ret = this.requestStartupInfo();
if (ret)
{
ret = this.requestFeedback(NoYes::Yes);
}
if (ret)
{
try
{
ttsbegin;
showMessage = false;
switch (bundleType)
{
case JmgJobBundleType::IPC:
this.makeRegistrationsIPC();
break;
case JmgJobBundleType::Prod:
this.makeRegistrationsProd();
break;
case JmgJobBundleType::Proj:
this.makeRegistrationsProj();
break;
--------------------------------------------------------
break;
default:
break;
}
this.postProductionJournals();
this.postTime();
ttscommit;
}
------------------------------------------------------
}
The code will then have updated the start/end job time with i.e the system time. Then the code will fall into this.makeRegistrationsProd() before falling into \Classes\JmgJobBundle\postTime which is called from \Classes\JmgJobBundle\makeRegistrations and after, code will fall into \Classes\JmgPostStandardSystem\postTime which is called from \Classes\JmgJobBundle\postTime.
Finally, start time/end times are updated with the same time.
public void postTime()
{
---------------------------------------------------------------------
for (i = 1; i