Currently, if a test is created like this:
BIONIC_BENCHMARK_WITH_ARG(BM_bench, "16");
Everything works as expected, a benchmark is created of BM_bench/16.
However, it is not possible to specify a benchmark should be called with
one argument, but iterate over different values. The example:
BIONIC_BENCHMARK_WITH_ARG(BM_bench, "16 32");
Creates a single benchmark run with two arguments:
BM_bench/16/32
This change modifies the algorithm to make it possible to create multiple
instances of the benchmark iterating over each argument as a single
argument. After this change, two benchmarks are executed:
BM_bench/16
BM_bench/32
To do the previous behavior, use:
BIONIC_BENCHMARK_WITH_ARG(BM_bench, "16/32");
This will create a single benchmark with two args. This format does
not support spaces in the args, so "16 / 32" is not valid.
Modified the test_small.xml to use the new format.
Test: All unit tests pass.
Change-Id: I6f486e1d4a90580c3dace0581ea65f439911ef5a
1. fix all_benchmarks. Some new benchmarks were added.
2. move some benchmark suites to the right place.
3. add unit test for https://android-review.googlesource.com/c/platform/bionic/+/724785
Test: compile and run bionic-benchmarks-tests on device.
Change-Id: I2b686b51910a422b664f9ea968199f37944039c0
This patch adds a new strcmp/strcmp benchmark with different set of
inputs. It cover all pre-defined range values (small, medium, large)
for aligned inputs and also small range for unaligned ones.
Test: Ran new string test suite with a single bionic iteration.
Change-Id: Ice78d74c3583a33158eaba3309c10df54044aa28
This patch adds a new memcmp benchmark with different set of inputs.
It covers all pre-defined range values (small, medium, large) for
aligned inputs and also medium range for unaligned ones.
Test: Ran new string test suite with a single bionic iteration.
Change-Id: Icdb95220a62d46bd71fa6ffbbf4567a9a05b7685
Add a bunch of extra options to allow greater flexibility for creating
benchmarks. Add a pattern option that can be used to represent any
one buffer or two buffer possibility. This should fully replace the
functionality of microbench.
Add a single option for one buffer benchmarks and two buffer benchmarks
that represents all of the possible options to run a string benchmark.
Add a string test suite that includes all string benchmarks using the
above option.
Test: New unit tests to cover all the new options, and all pass.
Test: Ran new string test suite with a single bionic iteration.
Change-Id: Idb13ea15e44cec626e9f46672ccd648d7ca72ba6
Instead of requiring the need to maintain a list of all the benchmarks,
add a programmatic way to generate all of the benchmarks.
This generation runs the benchmarks in alphabetical order.
Add a new macro BIONIC_BENCHMARK_WITH_ARG that will be the default argument
to pass to the benchmark. Change the benchmarks that require default arguments.
Add a small example xml file, and remove the full.xml/host.xml files.
Update readme.
Test: Ran new unit tests, verified all tests are added.
Change-Id: I8036daeae7635393222a7a92d18f34119adba745
- Add a default xml file to run if nothing is specified on the command-line.
- Add a way to specify a xml file in suites without having to specify the
full path name.
- Move all of the test xml files into their own directory.
- Add the suites directory for to glibc benchmarks.
- Add a new test for help data.
- Modify the full suite test to verify the default xml is chosen and use
the real full.xml instead of the test one. Delete the test_full.xml.
- Move the property tests to the end of the suite.
- Add skipping of xml comments.
Test: Ran the unit tests and ran the bionic benchmarks.
Change-Id: Ie99965f86fe915af0175de46c7780ab79e2b0843
