public void DefaultBatchTest() { foreach (var problem in problems) { LbfgsbComparer cmp = new LbfgsbComparer(); var expected = cmp.Expected(problem); var actual = cmp.Actual(problem); check(actual, expected); } }
public void DefaultBatchTest() { foreach (var problem in problems) { LbfgsbComparer cmp = new LbfgsbComparer(); Info[] expected = cmp.Expected(problem); OptimizationProgressEventArgs[] actual = cmp.Actual(problem); check(actual, expected); } }
private static void compute(List <Specification> problems, LbfgsbComparer cmp) { foreach (var problem in problems) { string actualStr = String.Empty; string expectedStr = String.Empty; cmp.l = null; cmp.u = null; OptimizationProgressEventArgs[] actual = null; try { actual = cmp.Actual(problem); } catch (Exception ex) { actualStr = ex.Data["Code"] as string; if (actualStr == null) { throw; } } var expected = cmp.Expected(problem); expectedStr = cmp.NativeCode; if (actualStr == String.Empty) { actualStr = cmp.ActualMessage; } Assert.AreEqual(expectedStr, actualStr); check(actual, expected); } }
private static void compute(List<Specification> problems, LbfgsbComparer cmp) { foreach (var problem in problems) { string actualStr = String.Empty; string expectedStr = String.Empty; cmp.l = null; cmp.u = null; OptimizationProgressEventArgs[] actual = null; try { actual = cmp.Actual(problem); } catch (Exception ex) { actualStr = ex.Data["Code"] as string; if (actualStr == null) throw; } var expected = cmp.Expected(problem); expectedStr = cmp.NativeCode; if (actualStr == String.Empty) actualStr = cmp.ActualMessage; Assert.AreEqual(expectedStr, actualStr); check(actual, expected); } }