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https://issues.apache.org/jira/browse/LUCENE-4360?page=com.atlassian.jira.plugin.system.issuetabpanels:comment-tabpanel&focusedCommentId=13448606#comment-13448606
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Dawid Weiss commented on LUCENE-4360:
-------------------------------------
Example of use:
{code}
ant test-core -Dtests.dups=3 -Dtestcase=TestCharFilter
<JUnit4> says kaixo! Master seed: 4CE0022F3CDFF5D7
Your default console's encoding may not display certain unicode glyphs:
windows-1252
Executing 3 suites with 3 JVMs.
Suite: org.apache.lucene.analysis.TestCharFilter
OK 0.05s J1 | TestCharFilter.testCharFilter1
OK 0.01s J1 | TestCharFilter.testCharFilter11
OK 0.00s J1 | TestCharFilter.testCharFilter2
OK 0.00s J1 | TestCharFilter.testCharFilter12
Completed on J1 in 0.35s, 4 tests
Suite: org.apache.lucene.analysis.TestCharFilter
OK 0.04s J2 | TestCharFilter.testCharFilter1
OK 0.01s J2 | TestCharFilter.testCharFilter11
OK 0.00s J2 | TestCharFilter.testCharFilter2
OK 0.01s J2 | TestCharFilter.testCharFilter12
Completed on J2 in 0.35s, 4 tests
Suite: org.apache.lucene.analysis.TestCharFilter
OK 0.04s J0 | TestCharFilter.testCharFilter1
OK 0.02s J0 | TestCharFilter.testCharFilter11
OK 0.00s J0 | TestCharFilter.testCharFilter2
OK 0.00s J0 | TestCharFilter.testCharFilter12
Completed on J0 in 0.36s, 4 tests
JVM J0: 0.67 .. 1.56 = 0.89s
JVM J1: 0.67 .. 1.55 = 0.88s
JVM J2: 0.67 .. 1.57 = 0.90s
Execution time total: 1.58 sec.
Tests summary: 3 suites, 12 tests
{code}
In combination with tests.iters:
{code}
ant test-core -Dtests.dups=2 -Dtests.iters=2 -Dtestcase=TestCharFilter
<JUnit4> says íHola! Master seed: 592442048D98540B
Your default console's encoding may not display certain unicode glyphs:
windows-1252
Executing 2 suites with 2 JVMs.
Suite: org.apache.lucene.analysis.TestCharFilter
OK 0.04s J1 | TestCharFilter.testCharFilter12 {#0
seed=[592442048D98540B:5E8780464DC70845]}
OK 0.00s J1 | TestCharFilter.testCharFilter12 {#1
seed=[592442048D98540B:EAD13CBA7905C369]}
OK 0.00s J1 | TestCharFilter.testCharFilter11 {#0
seed=[592442048D98540B:4AC9FEB2457325F4]}
OK 0.00s J1 | TestCharFilter.testCharFilter11 {#1
seed=[592442048D98540B:FE9F424E71B1EED8]}
OK 0.00s J1 | TestCharFilter.testCharFilter1 {#0
seed=[592442048D98540B:643276B2D133E783]}
OK 0.00s J1 | TestCharFilter.testCharFilter1 {#1
seed=[592442048D98540B:D064CA4EE5F12CAF]}
OK 0.00s J1 | TestCharFilter.testCharFilter2 {#0
seed=[592442048D98540B:D339FCA65F87D49C]}
OK 0.01s J1 | TestCharFilter.testCharFilter2 {#1
seed=[592442048D98540B:676F405A6B451FB0]}
Completed on J1 in 0.34s, 8 tests
Suite: org.apache.lucene.analysis.TestCharFilter
OK 0.05s J0 | TestCharFilter.testCharFilter12 {#0
seed=[592442048D98540B:5E8780464DC70845]}
OK 0.00s J0 | TestCharFilter.testCharFilter12 {#1
seed=[592442048D98540B:EAD13CBA7905C369]}
OK 0.00s J0 | TestCharFilter.testCharFilter11 {#0
seed=[592442048D98540B:4AC9FEB2457325F4]}
OK 0.00s J0 | TestCharFilter.testCharFilter11 {#1
seed=[592442048D98540B:FE9F424E71B1EED8]}
OK 0.00s J0 | TestCharFilter.testCharFilter1 {#0
seed=[592442048D98540B:643276B2D133E783]}
OK 0.00s J0 | TestCharFilter.testCharFilter1 {#1
seed=[592442048D98540B:D064CA4EE5F12CAF]}
OK 0.00s J0 | TestCharFilter.testCharFilter2 {#0
seed=[592442048D98540B:D339FCA65F87D49C]}
OK 0.00s J0 | TestCharFilter.testCharFilter2 {#1
seed=[592442048D98540B:676F405A6B451FB0]}
Completed on J0 in 0.35s, 8 tests
JVM J0: 0.66 .. 1.49 = 0.82s
JVM J1: 0.66 .. 1.28 = 0.62s
Execution time total: 1.49 sec.
Tests summary: 2 suites, 16 tests
{code}
Note each JVM will start from the same master seed. Each test will work in its
own working directory and JVM though so it can be useful for performing stress
testing of a single suite.
> Support running the same test suite multiple times in parallel
> --------------------------------------------------------------
>
> Key: LUCENE-4360
> URL: https://issues.apache.org/jira/browse/LUCENE-4360
> Project: Lucene - Core
> Issue Type: New Feature
> Components: general/test
> Reporter: Dawid Weiss
> Assignee: Dawid Weiss
> Priority: Trivial
> Fix For: 5.0, 4.0
>
> Attachments: quickhack.patch
>
>
> The current "test execution multiplier" or:
> {code}
> -Dtests.iters=N
> {code}
> generates multiple tests (method executions) under a test class (suite). All
> these tests, however, are bound to a single class so they must run
> sequentially and on a single JVM (because of how JUnit works -- nesting of
> rules, class hooks, etc.).
> Mark pointed out that if somebody has a multi-core CPU then it'd be nice to
> be able to run a single suite in parallel, possibly in combination with
> tests.iters (so that a single test method is executed X times on Y parallel
> JVMs).
> This is surprisingly easy with the randomized runner because it currently
> accepts "duplicate" suite names and will load-balance them in a normal way.
> So, if one has Y cores (JVMs) then providing a suite name X times will result
> in X executions, balanced across Y JVMs.
> The only problem is how to "multiply" suite names. This can be done in a
> number of ways, starting from a custom resource collection wrapper and ending
> at a built-in code in the runner itself. I think the custom collection
> wrapper approach would be interesting, I'll explore this direction.
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