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Re: [Discuss OpenCPI] Duration for Unit Test on Zed

Miller, Peter

Mon, Jun 25, 2018 2:50 PM

Hmmm. Case OnlyPlatforms=’zed’ in the xml doesn’t seem to have any effect. Ran this as:
make runonly OnlyPlatforms="zed"

It still ran case00.00 at 180 sec on the zed. Here’s the xml:

 <case OnlyPlatforms='xsim' duration='180'>
       <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS0_Fs20MHz.rx1.raw" />
       <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS0_Fs20MHz_RxOutVec.bin' />
 </case>

 <case OnlyPlatforms='xsim' duration='180'>
       <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS1_Fs20MHz.rx1.raw" />
       <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS1_Fs20MHz_RxOutVec.bin' />
 </case>

 <case OnlyPlatforms='xsim' duration='180'>
       <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS2_Fs20MHz.rx1.raw" />
       <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS2_Fs20MHz_RxOutVec.bin' />
 </case>

 <case OnlyPlatforms='xsim' duration='180'>
       <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS3_Fs20MHz.rx1.raw" />
       <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS3_Fs20MHz_RxOutVec.bin' />
 </case>

 <case OnlyPlatforms='xsim' duration='180'>
       <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS4_Fs20MHz.rx1.raw" />
       <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS4_Fs20MHz_RxOutVec.bin' />
 </case>

 <case OnlyPlatforms='xsim' duration='180'>
       <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS5_Fs20MHz.rx1.raw" />
       <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS5_Fs20MHz_RxOutVec.bin' />
 </case>

 <case OnlyPlatforms='xsim' duration='180'>
       <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS6_Fs20MHz.rx1.raw" />
       <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS6_Fs20MHz_RxOutVec.bin' />
 </case>

 <case OnlyPlatforms='xsim' duration='180'>
       <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS7_Fs20MHz.rx1.raw" />
       <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS7_Fs20MHz_RxOutVec.bin' />
 </case>

 <case OnlyPlatforms='zed' duration='1'>
       <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS0_Fs20MHz.rx1.raw" />
       <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS0_Fs20MHz_RxOutVec.bin' />
 </case>

 <case OnlyPlatforms='zed' duration='1'>
       <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS1_Fs20MHz.rx1.raw" />
       <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS1_Fs20MHz_RxOutVec.bin' />
 </case>

 <case OnlyPlatforms='zed' duration='1'>
       <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS2_Fs20MHz.rx1.raw" />
       <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS2_Fs20MHz_RxOutVec.bin' />
 </case>

 <case OnlyPlatforms='zed' duration='1'>
       <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS3_Fs20MHz.rx1.raw" />
       <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS3_Fs20MHz_RxOutVec.bin' />
 </case>

 <case OnlyPlatforms='zed' duration='1'>
       <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS4_Fs20MHz.rx1.raw" />
       <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS4_Fs20MHz_RxOutVec.bin' />
 </case>

 <case OnlyPlatforms='zed' duration='1'>
       <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS5_Fs20MHz.rx1.raw" />
       <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS5_Fs20MHz_RxOutVec.bin' />
 </case>

 <case OnlyPlatforms='zed' duration='1'>
       <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS6_Fs20MHz.rx1.raw" />
       <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS6_Fs20MHz_RxOutVec.bin' />
 </case>

 <case OnlyPlatforms='zed' duration='1'>
       <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS7_Fs20MHz.rx1.raw" />
       <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS7_Fs20MHz_RxOutVec.bin' />
 </case>

</tests>

From: aponchak aponchak@office.geontech.com
Sent: Monday, June 25, 2018 9:25 AM
To: Miller, Peter PeterM@signalscape.com
Cc: discuss@lists.opencpi.org
Subject: Re: [Discuss OpenCPI] Duration for Unit Test on Zed

duration and timeout are size_t (unsigned integer types), so the smallest possible is 1 sec. This variables are defined in ocpigen/src/tests.cxx, so you might try changing them to support your needs, < 1 sec.
Reference CDG, Section 13.3.5. Create a unique case for each platform and limit the duration.

<tests>

----global (for all test cases): I/O and properties----

<case OnlyPlatforms='xsim' Duration='120'> ----case: I/O and properties---- </case> <case OnlyPlatforms='zed' Duration='1'> ----case: I/O and properties---- </case> </tests> On 2018-06-25 08:30, Miller, Peter <PeterM@signalscape.com<mailto:PeterM@signalscape.com>> wrote:

We have a unit test for a component (phy_tx_802dot11g.test) to run on xsim and on zed. The component does not emit a ZLM and so we use duration to limit the test. In xsim this is 120 seconds <case duration='120'> But for zed we need to limit it to about 100 usec. It appears that duration is in integer seconds as case duration='0.001' runs forever and the file gets big fast.

How can we limit the duration of a unit test in microsec for zed?
How can we write a unit tester with cases specific to zed and to xsim?

Sincerely,

Peter B. Miller

Potomac: (301) 765-9668

--------------------------- This email and any files transmitted with it are confidential and intended solely for the use of Signalscape, Inc. and the addressed individual or entity. If you have received this email in error please delete it. Information in this email may be subject to the Privacy Act of 1974 and any unauthorized review, use, disclosure, or distribution is strictly prohibited. Any views or opinions presented in this email are solely those of the author and do not necessarily represent those of the company.

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Hmmm. Case OnlyPlatforms=’zed’ in the xml doesn’t seem to have any effect. Ran this as: make runonly OnlyPlatforms="zed" It still ran case00.00 at 180 sec on the zed. Here’s the xml:  <case OnlyPlatforms='xsim' duration='180'> <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS0_Fs20MHz.rx1.raw" /> <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS0_Fs20MHz_RxOutVec.bin' /> </case> <case OnlyPlatforms='xsim' duration='180'> <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS1_Fs20MHz.rx1.raw" /> <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS1_Fs20MHz_RxOutVec.bin' /> </case> <case OnlyPlatforms='xsim' duration='180'> <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS2_Fs20MHz.rx1.raw" /> <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS2_Fs20MHz_RxOutVec.bin' /> </case> <case OnlyPlatforms='xsim' duration='180'> <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS3_Fs20MHz.rx1.raw" /> <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS3_Fs20MHz_RxOutVec.bin' /> </case> <case OnlyPlatforms='xsim' duration='180'> <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS4_Fs20MHz.rx1.raw" /> <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS4_Fs20MHz_RxOutVec.bin' /> </case> <case OnlyPlatforms='xsim' duration='180'> <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS5_Fs20MHz.rx1.raw" /> <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS5_Fs20MHz_RxOutVec.bin' /> </case> <case OnlyPlatforms='xsim' duration='180'> <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS6_Fs20MHz.rx1.raw" /> <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS6_Fs20MHz_RxOutVec.bin' /> </case> <case OnlyPlatforms='xsim' duration='180'> <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS7_Fs20MHz.rx1.raw" /> <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS7_Fs20MHz_RxOutVec.bin' /> </case>  <case OnlyPlatforms='zed' duration='1'> <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS0_Fs20MHz.rx1.raw" /> <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS0_Fs20MHz_RxOutVec.bin' /> </case> <case OnlyPlatforms='zed' duration='1'> <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS1_Fs20MHz.rx1.raw" /> <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS1_Fs20MHz_RxOutVec.bin' /> </case> <case OnlyPlatforms='zed' duration='1'> <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS2_Fs20MHz.rx1.raw" /> <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS2_Fs20MHz_RxOutVec.bin' /> </case> <case OnlyPlatforms='zed' duration='1'> <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS3_Fs20MHz.rx1.raw" /> <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS3_Fs20MHz_RxOutVec.bin' /> </case> <case OnlyPlatforms='zed' duration='1'> <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS4_Fs20MHz.rx1.raw" /> <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS4_Fs20MHz_RxOutVec.bin' /> </case> <case OnlyPlatforms='zed' duration='1'> <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS5_Fs20MHz.rx1.raw" /> <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS5_Fs20MHz_RxOutVec.bin' /> </case> <case OnlyPlatforms='zed' duration='1'> <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS6_Fs20MHz.rx1.raw" /> <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS6_Fs20MHz_RxOutVec.bin' /> </case> <case OnlyPlatforms='zed' duration='1'> <input port='in' file="../../../test_vectors/PassbandIQ_NonHT_MCS7_Fs20MHz.rx1.raw" /> <output port='out' file='../../../test_vectors/PassbandIQ_NonHT_MCS7_Fs20MHz_RxOutVec.bin' /> </case> </tests> From: aponchak <aponchak@office.geontech.com> Sent: Monday, June 25, 2018 9:25 AM To: Miller, Peter <PeterM@signalscape.com> Cc: discuss@lists.opencpi.org Subject: Re: [Discuss OpenCPI] Duration for Unit Test on Zed 1) duration and timeout are size_t (unsigned integer types), so the smallest possible is 1 sec. This variables are defined in ocpigen/src/tests.cxx, so you might try changing them to support your needs, < 1 sec. 2) Reference CDG, Section 13.3.5. Create a unique case for each platform and limit the duration. <tests> ----global (for all test cases): I/O and properties---- <case OnlyPlatforms='xsim' Duration='120'> ----case: I/O and properties---- </case> <case OnlyPlatforms='zed' Duration='1'> ----case: I/O and properties---- </case> </tests> On 2018-06-25 08:30, Miller, Peter <PeterM@signalscape.com<mailto:PeterM@signalscape.com>> wrote: We have a unit test for a component (phy_tx_802dot11g.test) to run on xsim and on zed. The component does not emit a ZLM and so we use duration to limit the test. In xsim this is 120 seconds <case duration='120'> But for zed we need to limit it to about 100 usec. It appears that duration is in integer seconds as case duration='0.001' runs forever and the file gets big fast. 1. How can we limit the duration of a unit test in microsec for zed? 2. How can we write a unit tester with cases specific to zed and to xsim? Sincerely, Peter B. Miller Potomac: (301) 765-9668 --------------------------- This email and any files transmitted with it are confidential and intended solely for the use of Signalscape, Inc. and the addressed individual or entity. If you have received this email in error please delete it. Information in this email may be subject to the Privacy Act of 1974 and any unauthorized review, use, disclosure, or distribution is strictly prohibited. Any views or opinions presented in this email are solely those of the author and do not necessarily represent those of the company. -------------- next part -------------- An HTML attachment was scrubbed... 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