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Commit Graph

Author	SHA1	Message	Date
Joshua Colp	e40fddbeb5	tests/test_sorcery_memory_cache_thrash: Improve termination process. When terminating the threads thrashing a sorcery memory cache each would be told to stop and then we would wait on them. During at least one thrashing test this was problematic due to the specific usage pattern in use. It would take some time for termination of the thread to occur. This would occur due to contention between the threads retrieving and the threads updating the cache. As the retrieving threads are given priority it may be some time before the updating threads are able to proceed. This change makes it so all threads are told to stop and then each are joined to ensure they stop. This way all the threads should stop at around the same time instead of waiting for one to stop, the next to stop, then the next, and so on. As a result of this the execution time for each thrash test is much closer to their expected value than previously seen as well. Change-Id: I04a53470b0ea4170b8819180b0bd7475f3642827	9 years ago
Richard Mudgett	71a4d1a033	Unit tests: Fix more unit test description strings. Analyzing the code shows that the unit test summary and description strings should not end with a new-line character. Where these strings are used in the code a new-line is provided for output. Change-Id: I2f4f37988ec363c8d1c5077a2fc8ca841c5cd30c	10 years ago
Joshua Colp	028edae82e	test_sorcery_memory_cache_thrash: Add unit tests for thrashing the memory cache. This change adds a CLI command which can perform memory cache thrashing as well as unit tests which perform thrashing under the following configurations: 1. Low number of unique objects that go stale after 1 second 2. Low number of unique objects that expire after 1 second 3. Low number of unique objects which are constantly updated 4. Large number of unique objects which exceed a defined cache size 5. Large number of unique objects which exceed a defined cache size that also expire and go stale rapidly 6. Large number of unique objects which expire and go stale rapidly 7. Large number of unique objects For all of the above there are a large number of threads constantly attempting to retrieve random objects and each test runs for a few seconds. ASTERISK-25067 Reported by: Matt Jordan Change-Id: I8c8ceff977332c80ed4a31f10d694d48552b2f78	10 years ago

Author

SHA1

Message

Date

Joshua Colp

e40fddbeb5

tests/test_sorcery_memory_cache_thrash: Improve termination process.

When terminating the threads thrashing a sorcery memory cache each
would be told to stop and then we would wait on them. During at
least one thrashing test this was problematic due to the specific
usage pattern in use. It would take some time for termination of the
thread to occur.

This would occur due to contention between the threads retrieving
and the threads updating the cache. As the retrieving threads are
given priority it may be some time before the updating threads
are able to proceed.

This change makes it so all threads are told to stop and then each
are joined to ensure they stop. This way all the threads should
stop at around the same time instead of waiting for one to stop,
the next to stop, then the next, and so on. As a result of this
the execution time for each thrash test is much closer to their
expected value than previously seen as well.

Change-Id: I04a53470b0ea4170b8819180b0bd7475f3642827

Richard Mudgett

71a4d1a033

Unit tests: Fix more unit test description strings.

Analyzing the code shows that the unit test summary and description
strings should not end with a new-line character.  Where these strings are
used in the code a new-line is provided for output.

Change-Id: I2f4f37988ec363c8d1c5077a2fc8ca841c5cd30c

Joshua Colp

028edae82e

test_sorcery_memory_cache_thrash: Add unit tests for thrashing the memory cache.

This change adds a CLI command which can perform memory cache thrashing as well
as unit tests which perform thrashing under the following configurations:

1. Low number of unique objects that go stale after 1 second
2. Low number of unique objects that expire after 1 second
3. Low number of unique objects which are constantly updated
4. Large number of unique objects which exceed a defined cache size
5. Large number of unique objects which exceed a defined cache size
   that also expire and go stale rapidly
6. Large number of unique objects which expire and go stale rapidly
7. Large number of unique objects

For all of the above there are a large number of threads constantly
attempting to retrieve random objects and each test runs for a few
seconds.

ASTERISK-25067
Reported by: Matt Jordan

Change-Id: I8c8ceff977332c80ed4a31f10d694d48552b2f78

3 Commits (81ea80b74ce1ae35eb5b377a825948c27ef65b45)