public void BeforeAll()
{
m_Result = new NativeArray <int>(1, Allocator.Persistent);
m_SmallerStrings = TestData.RandomStrings(10, MinLength, MaxLength);
m_SmallerBuffer = new Int4StringBuffer(m_SmallerStrings);
// this is just to force this job to synchronously compile with Burst before perf test
var tempInt4String = new Int4String(m_SmallerStrings[0]);
m_SmallJob = new SingleStringSearchJobInt4(tempInt4String, m_SmallerBuffer, m_Result);
m_SmallJob.Run();
var array = tempInt4String.IntBytes;
Search.FindString(ref array, ref m_SmallerBuffer.Data, ref m_SmallerBuffer.Indices);
tempInt4String.Dispose();
m_Strings = TestData.RandomStringsWithPrefix("/composition", StringCount, MinLength, MaxLength);
m_Buffer = new Int4StringBuffer(m_Strings);
}
public void Search_FindInt4String()
{
// second to last in the array, so we can test how long it takes to iterate StringCount times
var searchForIndex = StringCount - 2;
m_String = new Int4String(m_Strings[searchForIndex]);
Profiler.BeginSample("Search_FindInt4String");
var array = m_String.IntBytes;
var foundIndex = Search.FindString(ref array, ref m_Buffer.Data, ref m_Buffer.Indices);
Assert.AreEqual(searchForIndex, foundIndex);
Profiler.EndSample();
// jobs make their own profiler label
m_Job = new SingleStringSearchJobInt4(m_String, m_Buffer, m_Result);
m_Job.Run();
Assert.AreEqual(searchForIndex, m_Job.FoundIndex[0]);
m_String.Dispose();
}