Name |
Description |
ThroughputBenchmarkResult [constructor]
|
Constructors |
operator=
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Assignment operators |
allocator
|
Return the allocator used by this object. |
getMedian
|
Load into the specified median the median throughput (count / second) of the work done by all the threads in the specified threadGroupIndex. The behavior is undefined unless 0 <= threadGroupIndex < numThreadGroups. |
getPercentile
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Load into the specified percentile the specified percentage throughput (count / second) of the work done by all the threads in the specified threadGroupIndex. A percentage of 0.0 is the minimum, and a percentage of 1.0 is the maximum. The behavior is undefined unless 0 <= threadGroupIndex < numThreadGroups and 0.0 <= percentage <= 1.0. |
getPercentiles
|
Load into the specified percentiles vector a uniform breakdown of percentage throughput (count / second) of the work done by all the threads in the specified threadGroupIndex. The size of percentiles controls how many percentages are provided. For example, a size of 5 will return the percentages 0, 0.25, 0.5, 0.75, 1. The behavior is undefined unless 0 <= threadGroupIndex < numThreadGroups and 2 <= percentiles‐>size(). |
getThreadPercentiles
|
Load into the specified percentiles vector of vectors a uniform breakdown of percentage throughput (count / second) of the work done on the specified threadGroupIndex for each of the threads in it. The size of percentiles controls how many percentages are provided. For example, a size of 5 will return the percentages 0, 0.25, 0.5, 0.75, 1. The size of each of the vectors inside stats must be numThreads(threadGroupId). The behavior is undefined unless 0 <= threadGroupId < numThreadGroups, 2 <= percentiles.size(), and percentiles[N].size() == numThreads(threadGroupIndex) for all N. |
getValue
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Return the throughput of work done on the specified threadIndex thread, in the specified threadGroupIndex, and the specified sampleIndex sample. The behavior is undefined unless 0 <= threadIndex < numThreads(threadGroupIndex), 0 <= threadGroupIndex < numThreadGroups(), and 0 <= sampleIndex < numSamples(). |
initialize
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Initialize a default constructed ThroughputBenchmarkResult object with the specified numSamples number of samples in the benchmark, and the specified threadGroupSizes, the number of threads in each of the thread groups. If any data was previously kept, it is lost. The behavior is undefined unless 0 < numSamples, 0 < threadGroupSizes.size(), and 0 < threadGroupSizes[N] for all valid N. |
numSamples
|
Return the number of test samples. |
numThreadGroups
|
Return the number of thread groups. |
numThreads
|
Return the number of threads in the specified threadGroupIdx. The behavior is undefined unless 0 <= threadGroupIndex < numThreadGroups(). |
setThroughput
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Set the throughput related to the specified threadIndex thread, in the specified threadGroupIndex, and the specified sampleIndex to the specified value. The behavior is undefined unless 0 <= value, 0 <= threadIndex < numThreads(threadGroupIndex), 0 <= threadGroupIndex < numThreadGroups(), and 0 <= sampleIndex < numSamples(). |
totalNumThreads
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Return the total number of threads. |
operator BloombergLP::bslmf::NestedTraitDeclaration<ThroughputBenchmarkResult, UsesBslmaAllocator>
|
Declare that this type uses a bslma allocator. |