Hi,

Am 19.04.2013 um 11:43 schrieb Sangamesh Banappa:

>     So it is 10 * 16 = 160 hours of WALLTIME. 
> 
>     I still have doubt on this. Because:
> 
>     The cluster is configured with two queues:
> 
>     (1) serial.q with 20 cores (2) parallel.q with 224 cores.
> 
>     But according to the GE accounting data, usage time of both queues is 
> almost same.
> 
>     total_usage    = 179283327
>     serial_usage   =  89922184
>     parallel_usage =  89361143

For parallel jobs the wallclock time still stays the same, being it one or 
whatever amount of corses used. Initially I referred to serial jobs only in a 
fully loaded cluster and misread your last post. Sorry for not being precise. 

-- Reuti


>     Any hints for this?
> 
> Thanks,
> Sangamesh
> 
> 
> ----- Original Message -----
>> Am 19.04.2013 um 06:12 schrieb Sangamesh Banappa:
>> 
>>> Hi Reuti,
>>> 
>>>    Thanks for the quick reply.
>>> 
>>>    So the WALLCLOCK is the accumulated wallclock time of the jobs
>>>    which ran.
>>> 
>>> To be more clear, if a job has run on 16 cores for about 10 hours,
>>> then WALLTIME is just 10 hours or 10 * 16 = 160 hours?
>> 
>> Exactly. - Reuti
>> 
>> 
>>> ----- Original Message -----
>>>> Am 18.04.2013 um 14:30 schrieb Sangamesh Banappa:
>>>> 
>>>>> Hi,
>>>>> 
>>>>>      I need some details on the accounting data captured by
>>>>>      GridEngine. The qacct output for the last 90 days is:
>>>>> 
>>>>> # qacct -d 90
>>>>> Total System Usage
>>>>> WALLCLOCK                 UTIME                 STIME
>>>>>                  CPU                          MEMORY
>>>>>               IO                                          IOW
>>>>> ================================================================================================================
>>>>> 179283327                        1188903707.397    11455939.791
>>>>>       1624833514.575       760640736.875           16275.371
>>>>>                           0.000
>>>> 
>>>> This is just the accummulated wallclock time of the jobs which
>>>> ran.
>>>> It can even be higher than the number of cores multiplied by the
>>>> time in case more slots than cores were defined and used.
>>>> 
>>>> -- Reuti
>>>> 
>>>> 
>>>>> This cluster  has 16 Nodes (16 cores per node) and its installed
>>>>> in
>>>>> September 2012 with Rocks. And was down for 1 month.
>>>>> 
>>>>> I'm not getting how these metric values reflected here.
>>>>> 
>>>>> Hoping that these are in seconds:-
>>>>> 
>>>>> The WALLTIME = 179283327 seconds
>>>>> 
>>>>> 
>>>>> 1 hr = 3600 seconds
>>>>> 179283327 / 3600 = 49800.924166667 hours
>>>>> 
>>>>> 1 day = 24 hours
>>>>> 49800.924166667 / 24 = 2075.038506944 days
>>>>> 
>>>>> Number of Nodes = 16
>>>>> 
>>>>> 2075.038506944 / 16 = 129.689906684 days of usage per Node
>>>>> 
>>>>> Number of cores in each Node = 16
>>>>> 
>>>>> 129.689906684 / 16 = 8.105619168 days of usage per core?
>>>>> 
>>>>> Is this calculation correct?
>>>>> 
>>>>> Can someone give more details about these metrics?
>>>>> 
>>>>> Thanks in advnace
>>>>> _______________________________________________
>>>>> users mailing list
>>>>> [email protected]
>>>>> https://gridengine.org/mailman/listinfo/users
>>>> 
>>>> 
>> 
>> 


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