public static void innerQueryOriginalOthersTest(IEnumerable<Product> products)
{
innerQueryOriginalPLINQ(products);
TestingEnvironment.BenchmarkQuery(() => products.AsQueryExpr().Where(p => products.Where(p2 => p2.productName == "Ikura").Select(p2 => p2.unitPrice).Contains(p.unitPrice)).Select(p => p.productName).Compile(),
ref products,
"Original Ikura with LinqOptimizer",
"products.AsQueryExpr().Where(p => products.Where(p2 => p2.productName == \"Ikura\").Select(p2 => p2.unitPrice).Contains(p.unitPrice)).Select(p=>p.productName).Compile()"
);
TestingEnvironment.BenchmarkQuery(() => products.AsParallelQueryExpr().Where(p => products.Where(p2 => p2.productName == "Ikura").Select(p2 => p2.unitPrice).Contains(p.unitPrice)).Select(p => p.productName).Compile(),
ref products,
"Original Ikura with Parallel LinqOptimizer",
"products.AsParallelQueryExpr().Where(p => products.Where(p2 => p2.productName == \"Ikura\").Select(p2 => p2.unitPrice).Contains(p.unitPrice)).Select(p=>p.productName).Compile()"
);
}
public static void suspendedSingleResultOthersTest(IEnumerable<Product> products)
{
TestingEnvironment.BenchmarkQuery(() => OptimizerExtensions.AsGroupSuspendedThreadSafe(() => products.AsParallel().Select(p2 => p2.unitPrice).Max()).SelectMany(uMaxThunk => products.AsParallel().Where(p => uMaxThunk.Value == p.unitPrice).Select(p => p.productName)),
ref products,
"Optimized Max With AsGroupSuspendedSelectMany operator with PLINQ",
"OptimizerExtensions.AsGroupSuspendedThreadSafe(() => products.AsParallel().Select(p2 => p2.unitPrice).Max()).SelectMany(uMaxThunk => products.AsParallel().Where(p => uMaxThunk.Value == p.unitPrice).Select(p => p.productName))"
);
TestingEnvironment.BenchmarkQuery(() => OptimizerExtensions.AsGroup(() => products.AsQueryExpr().Select(p2 => p2.unitPrice).Run().Max()).AsQueryExpr().SelectMany(uMaxThunk => products.Where(p => uMaxThunk.Value == p.unitPrice).Select(p => p.productName)).Compile(),
ref products,
"Optimized Max With AsGroupSuspendedSelectMany operator with LinqOptimizer",
"OptimizerExtensions.AsGroup(() => products.AsQueryExpr().Select(p2 => p2.unitPrice).Run().Max()).AsQueryExpr().SelectMany(uMaxThunk => products.Where(p => uMaxThunk.Value == p.unitPrice).Select(p => p.productName)).Compile()"
);
TestingEnvironment.BenchmarkQuery(() => OptimizerExtensions.AsGroupSuspendedThreadSafe(() => products.AsParallelQueryExpr().Select(p2 => p2.unitPrice).Run().Max()).SelectMany(uMaxThunk => products.AsParallelQueryExpr().Where(p => uMaxThunk.Value == p.unitPrice).Select(p => p.productName).Run()),
ref products,
"Optimized Max With AsGroupSuspendedSelectMany operator with Parallel LinqOptimizer",
"OptimizerExtensions.AsGroupSuspendedThreadSafe(() => products.AsParallelQueryExpr().Select(p2 => p2.unitPrice).Run().Max()).SelectMany(uMaxThunk => products.AsParallelQueryExpr().Where(p => uMaxThunk.Value == p.unitPrice).Select(p => p.productName).Run())"
);
}
public static void suspendedSingleExpressionOthersTest(IEnumerable<Product> products)
{
TestingEnvironment.BenchmarkQuery(() => products.AsParallel().Where(p => OptimizerExtensions.AsGroup(() => Math.Round(p.unitPrice / 1.2, 2)).Select(pup => products.Any(p2 => p2.unitPrice == pup.Value)).First()).Select(p => p.productName),
ref products,
"Optimized single With AsGroupSuspendedSelectFirst operator with PLINQ",
"products.AsParallel().Where(p => OptimizerExtensions.AsGroup(() => Math.Round(p.unitPrice / 1.2, 2)).Select(pup => products.AsParallel().Any(p2 => p2.unitPrice == pup.Value)).First()).Select(p => p.productName)"
);
TestingEnvironment.BenchmarkQuery(() => products.AsQueryExpr().Where(p => OptimizerExtensions.AsGroup(() => Math.Round(p.unitPrice / 1.2, 2)).Select(pup => products.Any(p2 => p2.unitPrice == pup.Value)).First()).Select(p => p.productName).Compile(),
ref products,
"Optimized single With AsGroupSuspendedSelectFirst operator with LinqOptimizer",
"products.AsParallelQueryExpr().Where(p => OptimizerExtensions.AsGroup(() => Math.Round(p.unitPrice / 1.2, 2)).Select(pup => products.Any(p2 => p2.unitPrice == pup.Value)).First()).Select(p => p.productName).Compile()"
);
TestingEnvironment.BenchmarkQuery(() => products.AsParallelQueryExpr().Where(p => OptimizerExtensions.AsGroup(() => Math.Round(p.unitPrice / 1.2, 2)).Select(pup => products.Any(p2 => p2.unitPrice == pup.Value)).First()).Select(p => p.productName).Compile(),
ref products,
"Optimized single With AsGroupSuspendedSelectFirst operator with Parallel LinqOptimizer",
"products.AsParallelQueryExpr().Where(p => OptimizerExtensions.AsGroup(() => Math.Round(p.unitPrice / 1.2, 2)).Select(pup => products.Any(p2 => p2.unitPrice == pup.Value)).First()).Select(p => p.productName).Compile()"
);
}
public static void suspendedInnerQueryOthersTest(IEnumerable<Product> products)
{
suspendedInnerQueryPLINQ(products);
TestingEnvironment.BenchmarkQuery(() => OptimizerExtensions.AsGroup(products.AsQueryExpr().Where(p2 => p2.productName == "Ikura").Select(p2 => p2.unitPrice).Compile()).AsQueryExpr().SelectMany(uThunk => products.Where(p => uThunk.Value.Contains(p.unitPrice)).Select(p => p.productName)).Compile(),
ref products,
"Optimized Ikura With AsGroupSuspendedSelectMany operator with LinqOptimizer",
"OptimizerExtensions.AsGroup(products.AsQueryExpr().Where(p2 => p2.productName == \"Ikura\").Select(p2 => p2.unitPrice).Compile())).AsQueryExpr().SelectMany(uThunk => products.Where(p => uThunk.Value.Contains(p.unitPrice)).Select(p => p.productName)).Compile()"
);
TestingEnvironment.BenchmarkQuery(() => OptimizerExtensions.AsGroupSuspendedThreadSafe(products.AsParallelQueryExpr().Where(p2 => p2.productName == "Ikura").Select(p2 => p2.unitPrice).Compile()).SelectMany(uThunk => products.AsParallelQueryExpr().Where(p => uThunk.Value.Contains(p.unitPrice)).Select(p => p.productName).Run()),
ref products,
"Optimized Ikura With AsGroupSuspendedSelectMany operator with Parallel LinqOptimizer",
"OptimizerExtensions.AsGroupSuspendedThreadSafe(products.AsParallelQueryExpr().Where(p2 => p2.productName == \"Ikura\").Select(p2 => p2.unitPrice).Compile()).SelectMany(uThunk => products.AsParallelQueryExpr().Where(p => uThunk.Value.Contains(p.unitPrice)).Select(p => p.productName).Run())"
);
}
public static void singleResultOriginalOthersTest(IEnumerable<Product> products)
{
TestingEnvironment.BenchmarkQuery(() => from Product p in products.AsParallel()
where (from Product p2 in products select p2.unitPrice).Max() == p.unitPrice
select p.productName,
ref products,
"Original Max Query Expession with PLINQ",
"from Product p in products.AsParallel()\n where (from Product p2 in products select p2.unitPrice).Max() == p.unitPrice\nselect p.productName"
);
TestingEnvironment.BenchmarkQuery(() => products.AsQueryExpr().Where(p => products.Select(p2 => p2.unitPrice).Max() == p.unitPrice).Select(p => p.productName).Compile(),
ref products,
"Original Max Expession with LinqOptimizer",
"products.AsQueryExpr().Where(p => products.Select(p2 => p2.unitPrice).Max() == p.unitPrice).Select(p => p.productName).Compile()"
);
TestingEnvironment.BenchmarkQuery(() => products.AsParallelQueryExpr().Where(p => products.Select(p2 => p2.unitPrice).Max() == p.unitPrice).Select(p => p.productName).Compile(),
ref products,
"Original Max Expession with ParallelLinqOptimizer",
"products.AsParallelQueryExpr().Where(p => products.Select(p2 => p2.unitPrice).Max() == p.unitPrice).Select(p => p.productName).Compile()"
);
}
public static void singleExpressionOriginalOthersTest(IEnumerable<Product> products)
{
TestingEnvironment.BenchmarkQuery(() => products.AsParallel().Where(p => products.Any(p2 => p2.unitPrice == Math.Round(p.unitPrice / 1.2, 2))).Select(p => p.productName),
ref products,
"Original single Lambda Expession with PLINQ",
"products.AsParallel().Where(p => products.AsParallel().Any(p2 => p2.unitPrice == Math.Round(p.unitPrice / 1.2, 2))).Select(p => p.productName)"
);
TestingEnvironment.BenchmarkQuery(() => products.AsQueryExpr().Where(p => products.Any(p2 => p2.unitPrice == Math.Round(p.unitPrice / 1.2, 2))).Select(p => p.productName).Compile(),
ref products,
"Original single Lambda Expession with LinqOptimizer",
"products.AsQueryExpr().Where(p => products.Any(p2 => p2.unitPrice == Math.Round(p.unitPrice / 1.2, 2))).Select(p => p.productName).Compile()"
);
TestingEnvironment.BenchmarkQuery(() => products.AsParallelQueryExpr().Where(p => products.Any(p2 => p2.unitPrice == Math.Round(p.unitPrice / 1.2, 2))).Select(p => p.productName).Compile(),
ref products,
"Original single Lambda Expession with Parallel LinqOptimizer",
"products.AsParallelQueryExpr().Where(p => products.Any(p2 => p2.unitPrice == Math.Round(p.unitPrice / 1.2, 2))).Select(p => p.productName).Compile()"
);
}
