public void TeleportGateCountTest()
{
RunTest(sim =>
{
TeleportTests.Run(sim).Wait();
var totNrMs = sim.GetMetric <TeleportTests>(PrimitiveOperationsGroupsNames.Measure);
var totNrRs = sim.GetMetric <TeleportTests>(PrimitiveOperationsGroupsNames.R);
var totNrTs = sim.GetMetric <TeleportTests>(PrimitiveOperationsGroupsNames.T);
var totNrCliffords = sim.GetMetric <TeleportTests>(PrimitiveOperationsGroupsNames.QubitClifford);
var totNrCNOTs = sim.GetMetric <TeleportTests>(PrimitiveOperationsGroupsNames.CNOT);
var MsPerTest = sim.GetMetric <TeleportAndReset, TeleportTests>(PrimitiveOperationsGroupsNames.Measure);
var TsPerTest = sim.GetMetric <TeleportAndReset, TeleportTests>(PrimitiveOperationsGroupsNames.T);
var CNOTsPerTest = sim.GetMetric <TeleportAndReset, TeleportTests>(PrimitiveOperationsGroupsNames.CNOT);
var summary = sim.ToCSV()[MetricsCountersNames.primitiveOperationsCounter];
output.WriteLine("\nGate counts for all tests:");
output.WriteLine($"Total number of measurements for all tests: {totNrMs}");
output.WriteLine($"Total number of rotation gates for all tests: {totNrRs}");
output.WriteLine($"Total number of T gates for all tests: {totNrTs}");
output.WriteLine($"Total number of Clifford gates for all tests: {totNrCliffords}");
output.WriteLine($"Total number of CNOT gates for all tests: {totNrCNOTs}");
output.WriteLine("\nGate counts for a single test:");
output.WriteLine($"Number of measurements within a single test: {MsPerTest}");
output.WriteLine($"Number of T gates within a single test: {TsPerTest}");
output.WriteLine($"Number of CNOT gates within a single test: {CNOTsPerTest}");
output.WriteLine("\nSummary in CSV format:");
output.WriteLine(summary);
});
}
public void TeleportTest()
{
RunTest(sim =>
{
TeleportTests.Run(sim).Wait();
output.WriteLine($"All teleport tests passed.");
});
}
