public void TestWhere()
{
var q = new QueriableDummy <ntup>();
var r = from d in q
where d.run > 10
select d;
var c = r.Count();
Assert.IsNotNull(DummyQueryExectuor.FinalResult, "Expecting some code to have been generated!");
var res = DummyQueryExectuor.FinalResult;
res.DumpCodeToConsole();
///
/// We expect a single top level statement
///
Assert.AreEqual(1, res.CodeBody.Statements.Count(), "only single statement expected");
var ifStatement = res.CodeBody.Statements.First() as StatementFilter;
Assert.IsNotNull(ifStatement, "if statement isn't an if statement!");
Assert.AreEqual("((*this).run)>10", ifStatement.TestExpression.RawValue, "incorrect if statement");
///
/// Finally, the count statement should be down here!
///
Assert.AreEqual(1, ifStatement.Statements.Count(), "expected a single statement inside the if statemenet!");
Assert.IsInstanceOfType(ifStatement.Statements.First(), typeof(StatementAggregate), "incorrect if statement");
}
public void TestSingleTopLevelQuery()
{
var q = new QueriableDummy <ntup>();
var result = from d in q
select d;
var c = result.Count();
Assert.IsNotNull(DummyQueryExectuor.FinalResult, "Expecting some code to have been generated!");
/// Return type is correct
Assert.IsNotNull(DummyQueryExectuor.FinalResult.ResultValue, "Expected a result from the count!");
Assert.AreEqual(DummyQueryExectuor.FinalResult.ResultValue.Type, typeof(int), "integer return type expected");
var res = DummyQueryExectuor.FinalResult;
///
/// Now, take a lok at the statements and make sure that we see them all correctly.
///
Assert.AreEqual(1, res.CodeBody.Statements.Count(), "incorrect # of statements");
var statement = res.CodeBody.Statements.First();
Assert.IsInstanceOfType(statement, typeof(StatementAggregate), "count should be incrementing an integer!");
Assert.AreEqual(DummyQueryExectuor.FinalResult.ResultValue, (statement as StatementAggregate).ResultVariable, "The variable should match");
}
public void TestDuplicateDelc()
{
// A crash that happened in one of my seperate programs...
var q = new QueriableDummy <CollectionTree>();
var particles = from evt in q
select(from i_p in Enumerable.Range(0, evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_px.Length)
let px = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_px[i_p]
let py = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_py[i_p]
let pz = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_pz[i_p]
let m = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_m[i_p]
let pdgid = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_pdgId[i_p]
let vtxInitBC = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_prodVtx[i_p]
let vtxTermBC = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_endVtx[i_p]
let vtxInitIdx = FindVertexFromBC.Invoke(evt, vtxInitBC)
let vtxTermIdx = FindVertexFromBC.Invoke(evt, vtxTermBC)
select new ParticleInfo
{
PDGID = pdgid,
vtxInit = VertexVector.Invoke(evt, vtxInitIdx),
vtxTerm = VertexVector.Invoke(evt, vtxTermIdx)
});
var prs = particles.SelectMany(p => p)
.Where(p => p.vtxTerm.Px() > 6.0)
.Where(p => p.vtxTerm.Pt() > 5.0)
.Count();
var query = DummyQueryExectuor.FinalResult;
query.DumpCodeToConsole();
CheckSingleDecl(query.DumpCode());
}
public void TestComplexDeclaresTwice()
{
// Silently produces multiply declared variables - only warnings on the Linux complers. :(
var q = new QueriableDummy <CollectionTree>();
var particles = from evt in q
select(from i_p in Enumerable.Range(0, evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_px.Length)
let px = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_px[i_p]
let py = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_py[i_p]
let pz = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_pz[i_p]
let m = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_m[i_p]
let pdgid = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_pdgId[i_p]
let vtxInitBC = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_prodVtx[i_p]
let vtxTermBC = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_endVtx[i_p]
let vtxInitIdx = FindVertexFromBC.Invoke(evt, vtxInitBC)
let vtxTermIdx = FindVertexFromBC.Invoke(evt, vtxTermBC)
select new ParticleInfo
{
PDGID = pdgid,
vtxInit = VertexVector.Invoke(evt, vtxInitIdx),
vtxTerm = VertexVector.Invoke(evt, vtxTermIdx)
});
var prs = particles.SelectMany(p => p).Where(p => p.vtxTerm.Mag() > 1.0).Count();
var query = DummyQueryExectuor.FinalResult;
query.DumpCodeToConsole();
CheckSingleDecl(query.DumpCode());
}
public void TestJoinOnTClonesObjectWithNestedFunctionCall()
{
var q = new QueriableDummy <CollectionTree>();
Expression <Func <CollectionTree, int, int> > finder = (evt, particleIndex) =>
Enumerable.Range(0, evt.McEventCollection_p4_GEN_EVENT.m_genVertices.m_barcode.Length)
.Where(i => evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_prodVtx[particleIndex] == evt.McEventCollection_p4_GEN_EVENT.m_genVertices.m_barcode[i])
.FirstOrDefault();
Expression <Func <CollectionTree, int, ROOTNET.NTVector3> > vertexPostion =
(evt, i) => new ROOTNET.NTVector3(
evt.McEventCollection_p4_GEN_EVENT.m_genVertices.m_x[i],
evt.McEventCollection_p4_GEN_EVENT.m_genVertices.m_y[i],
evt.McEventCollection_p4_GEN_EVENT.m_genVertices.m_z[i]
);
var pvPairs = from evt in q
from pindex in Enumerable.Range(0, evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_prodVtx.Length)
let idx = finder.Invoke(evt, pindex)
select vertexPostion.Invoke(evt, idx);
var r = pvPairs.Where(i => i.Mag() > 4).Count();
var query = DummyQueryExectuor.FinalResult;
query.DumpCodeToConsole();
CheckSingleDecl(query.DumpCode());
Assert.AreEqual(1, query.CodeBody.Statements.Count(), "# of statements");
var scnd = query.CodeBody.Statements.First() as IBookingStatementBlock;
Assert.IsNotNull(scnd, "Booking block fro 2nd statement");
Assert.AreEqual(6, scnd.Statements.Count(), "# of statements in second for loop");
}
public void TestTempVarNullComparisonShouldExplode()
{
// A crash that happened in one of my seperate programs...
var q = new QueriableDummy <CollectionTree>();
var particles = from evt in q
select(from i_p in Enumerable.Range(0, evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_px.Length)
let px = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_px[i_p]
let py = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_py[i_p]
let pz = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_pz[i_p]
let m = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_m[i_p]
let pdgid = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_pdgId[i_p]
let vtxInitBC = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_prodVtx[i_p]
let vtxTermBC = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_endVtx[i_p]
let vtxInitIdx = FindVertexFromBC.Invoke(evt, vtxInitBC)
let vtxTermIdx = FindVertexFromBC.Invoke(evt, vtxTermBC)
select new ParticleInfo
{
PDGID = pdgid,
vtxInit = VertexVector.Invoke(evt, vtxInitIdx),
vtxTerm = VertexVector.Invoke(evt, vtxTermIdx)
});
var prs = particles.SelectMany(p => p).Where(p => p.vtxTerm != null).Count();
}
public void TestJoinOnTClonesObjectWithEnumerableExplicit()
{
var q = new QueriableDummy <CollectionTree>();
var particles = from evt in q
select new
{
Particles = from pindex in Enumerable.Range(0, evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_px.Length)
let vtxInitBC = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_prodVtx[pindex]
where vtxInitBC < 0
let vtxInitIndex = (from vindex in Enumerable.Range(0, evt.McEventCollection_p4_GEN_EVENT.m_genVertices.m_barcode.Length)
where evt.McEventCollection_p4_GEN_EVENT.m_genVertices.m_barcode[vindex] == vtxInitBC
select vindex).FirstOrDefault()
select new
{
Px = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_px[pindex],
Py = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_py[pindex],
PInitX = evt.McEventCollection_p4_GEN_EVENT.m_genVertices.m_x[vtxInitIndex]
}
};
var r = particles.Where(plst => plst.Particles.Any(p => p.PInitX > 0)).Count();
var query = DummyQueryExectuor.FinalResult;
query.DumpCodeToConsole();
CheckSingleDecl(query.DumpCode());
// Make sure we don't throw here.
}
public void TestJoinOnTClonesObjectWithEnumerable()
{
var q = new QueriableDummy <CollectionTree>();
var particles = from evt in q
select new
{
Particles = from pindex in Enumerable.Range(0, evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_px.Length)
join vindex in Enumerable.Range(0, evt.McEventCollection_p4_GEN_EVENT.m_genVertices.m_x.Length)
on evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_prodVtx[pindex] equals evt.McEventCollection_p4_GEN_EVENT.m_genVertices.m_barcode[vindex] into productionVertexList
where productionVertexList.Count() == 1
let vtxInitIndex = productionVertexList.First()
select new
{
Px = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_px[pindex],
Py = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_py[pindex],
PInitX = evt.McEventCollection_p4_GEN_EVENT.m_genVertices.m_x[vtxInitIndex]
}
};
var r = particles.Where(plst => plst.Particles.Any(p => p.PInitX > 0)).Count();
var query = DummyQueryExectuor.FinalResult;
query.DumpCodeToConsole();
CheckSingleDecl(query.DumpCode());
}
public void TestQueryOnTClonesObjectWithEnumerableAndLenghtCombineR()
{
var q = new QueriableDummy <CollectionTree>();
var r1 = from evt in q
from pindex in Enumerable.Range(0, evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_px.Length)
select pindex;
var r = r1.Count();
var query1 = DummyQueryExectuor.FinalResult;
var r2 = from evt in q
from p in evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_px
select p;
r = r2.Count();
var query2 = DummyQueryExectuor.FinalResult;
var query = CombineQueries(query2, query1);
query.DumpCodeToConsole();
CheckSingleDecl(query.DumpCode());
Assert.AreEqual(1, query.QueryCode().Count(), "# fo code blocks");
Assert.AreEqual(2, query.QueryCode().First().Statements.Count(), "# statements in the code body");
var forblock2 = query.QueryCode().First().Statements.First() as IBookingStatementBlock;
Assert.IsNotNull(forblock2, "2nd for block");
Assert.AreEqual(1, forblock2.Statements.Count(), "# of for #2 statement statements");
}
public void TestQueryOnTClonesObjectWithEnumerableAndLenghtCombine()
{
var q = new QueriableDummy <CollectionTree>();
var r1 = from evt in q
from pindex in Enumerable.Range(0, evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_px.Length)
select pindex;
var r = r1.Count();
var query1 = DummyQueryExectuor.FinalResult;
Console.WriteLine("The QM for the first query is {0}.", DummyQueryExectuor.LastQueryModel.ToString());
var r2 = from evt in q
from p in evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_px
select p;
r = r2.Count();
var query2 = DummyQueryExectuor.FinalResult;
Console.WriteLine("The QM for the second query is {0}.", DummyQueryExectuor.LastQueryModel.ToString());
var query = CombineQueries(query1, query2);
query.DumpCodeToConsole();
CheckSingleDecl(query.DumpCode());
Assert.AreEqual(1, query.QueryCode().Count(), "# fo code blocks");
Assert.AreEqual(1, query.QueryCode().First().Statements.Count(), "# statements in the code body");
var forblock2 = query.QueryCode().First().Statements.First() as IBookingStatementBlock;
Assert.IsNotNull(forblock2, "2nd for block");
Assert.AreEqual(2, forblock2.Statements.Count(), "# of for #2 statement statements");
Assert.Inconclusive("It seems the result of the function is never used");
}
public void TestQueryOnTClonesObjectCombine()
{
var q = new QueriableDummy <CollectionTree>();
var r1 = from evt in q
from p in evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_px
select p;
var r = r1.Count();
var query1 = DummyQueryExectuor.FinalResult;
r = r1.Count();
var query2 = DummyQueryExectuor.FinalResult;
var query = CombineQueries(query1, query2);
query.DumpCodeToConsole();
CheckSingleDecl(query.DumpCode());
Assert.AreEqual(1, query.QueryCode().Count(), "# of query blocks");
var qu = query.QueryCode().First();
Assert.AreEqual(1, qu.Statements.Count(), "# statements in the code body");
var forblock = qu.Statements.First() as IBookingStatementBlock;
Assert.IsNotNull(forblock, "top level statement");
Assert.AreEqual(2, forblock.Statements.Count(), "# of statements in the code");
}
public void PrettyPrintSimpleQuery()
{
var q = new QueriableDummy <ntup>();
var r = q.Select(rq => rq.run * 2).PrettyPrintQuery();
Console.WriteLine(r);
Assert.IsTrue(r.Contains("select"));
Assert.IsTrue(r.Contains("[rq].run * 2"));
}
public void PrettyPrintHideTuples()
{
var q = new QueriableDummy <ntup>();
var r = q.Select(rq => Tuple.Create(rq.run * 2, 1)).Select(rq => rq.Item1).PrettyPrintQuery();
Console.WriteLine(r);
Assert.IsFalse(r.Contains("Tuple"));
Assert.IsTrue(r.Contains("[rq].run * 2"));
}
public void PrettyPrintComplexQueryII()
{
var q = new QueriableDummy <dummyntup>();
var r = from e in q
let rf = (from s in e.valC1D where s > 22 select s * 2).Sum()
where rf > 20
select e.run;
var sr = r.PrettyPrintQuery();
Console.WriteLine(sr);
}
public void TestBasicUniqueCombo()
{
var q = new QueriableDummy <ntupArray>();
var results = from evt in q
select evt.run.PairWiseAll((r1, r2) => r1 != r2).Count();
var total = results.Aggregate(0, (seed, val) => seed + val);
//var total = results.Count();
Assert.IsNotNull(DummyQueryExectuor.FinalResult, "expecing some code to have been generated");
DummyQueryExectuor.FinalResult.DumpCodeToConsole();
}
public void TestDoubleNestedQuery()
{
var q = new QueriableDummy <ntup>();
var result = from d in q
from m in d.other
from r in m.deeper
select d;
var c = result.Count();
Assert.IsNotNull(DummyQueryExectuor.FinalResult, "Expecting some code to have been generated!");
/// Return type is correct
Assert.IsNotNull(DummyQueryExectuor.FinalResult.ResultValue, "Expected a result from the count!");
Assert.AreEqual(DummyQueryExectuor.FinalResult.ResultValue.Type, typeof(int), "integer return type expected");
var res = DummyQueryExectuor.FinalResult;
///
/// We should be booking "d" as a variable that hangs out for a while at the top level
///
Assert.AreEqual(0, res.CodeBody.DeclaredVariables.Count(), "expected one variable declared");
///
/// Now, take a lok at the statements and make sure that we see them all correctly. This first guy should be the
/// loop statement over the d.other guys.
///
Assert.AreEqual(1, res.CodeBody.Statements.Count(), "Expected a single statement");
Assert.IsInstanceOfType(res.CodeBody.Statements.First(), typeof(IBookingStatementBlock), "loop missing!");
var loop = res.CodeBody.Statements.First() as IBookingStatementBlock;
///
/// Second level down...
///
Assert.AreEqual(1, loop.Statements.Count(), "expected second level down one loop statement");
Assert.IsInstanceOfType(loop.Statements.First(), typeof(IBookingStatementBlock), "Expected 2nd level loop");
var loop2 = loop.Statements.First() as IBookingStatementBlock;
///
/// And below that should be one statement that does the incrementing
///
Assert.AreEqual(1, loop2.Statements.Count(), "incorrect # of statements");
var statement = loop2.Statements.First();
Assert.IsInstanceOfType(statement, typeof(StatementAggregate), "count should be incrementing an integer!");
}
public void PrettyPrintComplexQueryI()
{
var q = new QueriableDummy <dummyntup>();
var r = from e in q
from s in e.valC1D
where s > 22
select s * 2;
var sr = r.PrettyPrintQuery();
Console.WriteLine(sr);
Assert.AreEqual(4, CountLines(sr));
}
public void TestQueryWithTwoRangeVariablesNamedSameThing()
{
var q = new QueriableDummy <ntup>();
var result1 = from evt in q
where evt.run > 5
select evt;
var result2 = from evt in result1
where evt.run > 10
select evt;
var c = result2.Count();
Assert.IsNotNull(DummyQueryExectuor.FinalResult, "Expecting some code to have been generated!");
DummyQueryExectuor.FinalResult.DumpCodeToConsole();
/// Looking for an infinite loop!
}
public void TestAggregateWithHistogram()
{
var q = new QueriableDummy <ntup>();
var r = from d in q
select d;
var c = r.ApplyToObject(new ROOTNET.NTH1F("dude", "put a fork in it", 10, 0.0, 20.0), (h1, n1) => h1.Fill(n1.run));
Assert.IsNotNull(DummyQueryExectuor.FinalResult, "Expecting some code to have been generated!");
var res = DummyQueryExectuor.FinalResult;
Assert.AreEqual(res.ResultValue.Type, typeof(ROOTNET.NTH1F), "incorrect result type came back!");
var varToTrans = res.VariablesToTransfer.ToArray();
Assert.AreEqual(1, varToTrans.Length, "variables to transfer incorrect");
Assert.IsInstanceOfType(varToTrans[0], typeof(KeyValuePair <string, object>), "bad object type to transfer");
}
public void TestAnonDirectCompareObjects()
{
var q = new QueriableDummy <ntupArray>();
var anon = from evt in q
select(from r in evt.run
select new
{
Value = r
});
var results = from evt in anon
select evt.PairWiseAll((r1, r2) => r1 != r2).Count();
var tot = results.Aggregate(0, (seed, val) => seed + val);
DummyQueryExectuor.FinalResult.DumpCodeToConsole();
}
public void TestBasicUniqueComboCheckItemAccess()
{
var q = new QueriableDummy <ntupArray>();
var combos = from evt in q
select(from cmb in evt.run.PairWiseAll((r1, r2) => r1 != r2)
select cmb).Aggregate(0, (seed, val) => seed + val);
var arg = combos.Aggregate(0, (seed, val) => seed + val);
Assert.IsNotNull(DummyQueryExectuor.FinalResult, "expecing some code to have been generated");
DummyQueryExectuor.FinalResult.DumpCodeToConsole();
var res = DummyQueryExectuor.FinalResult.ResultValue;
Assert.IsNotNull(res, "final result");
Assert.AreEqual(typeof(int), res.Type, "final result type");
}
public void TestSimpleLoopAndFilterCombine()
{
const int numberOfIter = 25;
var rootFile = TestUtils.CreateFileOfVectorInt(numberOfIter);
///
/// Get a simple query we can "play" with. That this works
/// depends on each event having 10 entries in the array, which contains
/// the numbers 0-10.
///
var q = new QueriableDummy <TestUtils.TestNtupeArr>();
var dudeQ1 = from evt in q
where (evt.myvectorofint.Max() > 5)
select evt;
var dude1 = dudeQ1.Count();
var query1 = DummyQueryExectuor.LastQueryModel;
var dudeQ2 = from evt in q
where (evt.myvectorofint.Max() > 5)
select evt;
var dude2 = dudeQ2.Count();
var query2 = DummyQueryExectuor.LastQueryModel;
//
// Convert to future's
//
var exe = new TTreeQueryExecutor(new Uri[] { rootFile }, "dude", typeof(ntuple), typeof(TestUtils.TestNtupeArr));
var q1future = exe.ExecuteScalarAsFuture <int>(query1);
var q2future = exe.ExecuteScalarAsFuture <int>(query2);
//
// Run them!
//
exe.ExecuteQueuedQueries().Wait();
//
// And check
//
Assert.AreEqual(q1future.Value, numberOfIter);
Assert.AreEqual(q2future.Value, numberOfIter);
}
public void TestResolveSubExpression()
{
var q = new QueriableDummy <LINQToTTreeLib.QueryVisitorTest.NtupWithObjects>();
var result1 = from evt in q
where (from jet in evt.jets where jet.var1 > 1.0 select jet).Count() == 1
select evt;
var c = result1.Count();
Assert.IsNotNull(DummyQueryExectuor.FinalResult, "Expecting some code to have been generated!");
DummyQueryExectuor.FinalResult.DumpCodeToConsole();
// Extract the code and count the number of loops. There should be just one for that "where" sub-expression.
Assert.AreEqual(1, DummyQueryExectuor.FinalResult.Functions.Count(), "# of functions");
var code = DummyQueryExectuor.FinalResult.Functions.First().StatementBlock.Statements;
var loopCount = code.Where(s => s is StatementForLoop).Count();
Assert.AreEqual(1, loopCount, "# of loops incorrect");
}
public void TestSimpleSum()
{
var q = new QueriableDummy <ntup>();
var s = q.Sum(i => i.run);
var result = DummyQueryExectuor.FinalResult;
result.DumpCodeToConsole();
//
// Look for the assignment operator in the loop
//
var toplevel = result.CodeBody.Statements;
var assign = toplevel.First() as LINQToTTreeLib.Statements.StatementAssign;
Assert.IsNotNull(assign, "Assign statement missing");
Assert.IsTrue(assign.Expression.RawValue.Contains("+"), "the plus sign is missing");
}
public void TestQueryOnNonTClonesObject()
{
var q = new QueriableDummy <CollectionTree>();
var r1 = from evt in q
from p in evt.EventInfo_p3_McEventInfo.m_AllTheData
select p;
var r = r1.Count();
var query1 = DummyQueryExectuor.FinalResult;
query1.DumpCodeToConsole();
CheckSingleDecl(query1.DumpCode());
Assert.AreEqual(1, query1.CodeBody.Statements.Count(), "# statements in the code body");
var forblock = query1.CodeBody.Statements.First() as IBookingStatementBlock;
Assert.IsNotNull(forblock, "top level statement");
Assert.AreEqual(1, forblock.Statements.Count(), "# of statements in the code");
}
public void TestInlineIfWithGoodTest()
{
// A crash that happened in one of my seperate programs...
var q = new QueriableDummy <CollectionTree>();
var particles = from evt in q
select(from i_p in Enumerable.Range(0, evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_px.Length)
let px = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_px[i_p]
let py = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_py[i_p]
let pz = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_pz[i_p]
let m = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_m[i_p]
let pdgid = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_pdgId[i_p]
let vtxInitBC = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_prodVtx[i_p]
let vtxTermBC = evt.McEventCollection_p4_GEN_EVENT.m_genParticles.m_endVtx[i_p]
let vtxInitIdx = FindVertexFromBC.Invoke(evt, vtxInitBC)
let vtxTermIdx = FindVertexFromBC.Invoke(evt, vtxTermBC)
select new ParticleInfo
{
PDGID = pdgid,
vtxInitOK = vtxInitBC != 0,
vtxTermOK = vtxTermBC != 0,
vtxInit = VertexVectorQ.Invoke(evt, vtxInitIdx),
vtxTerm = VertexVectorQ.Invoke(evt, vtxTermIdx)
});
var prs = particles.SelectMany(p => p).Where(p => p.vtxTermOK).Where(p => p.vtxTerm.Mag() > 1.0).Count();
var query = DummyQueryExectuor.FinalResult;
query.DumpCodeToConsole();
CheckSingleDecl(query.DumpCode());
// We want to make sure that the vtxTerm stuff is not evaluated unless the vtxTermOK passes first...
Assert.AreEqual(1, DummyQueryExectuor.FinalResult.CodeBody.Statements.Count(), "# of statements in top level loop");
var topLevelLoop = DummyQueryExectuor.FinalResult.CodeBody.Statements.First() as LINQToTTreeLib.Statements.StatementForLoop;
Assert.IsNotNull(topLevelLoop, "Top level loop isn't right");
Assert.AreEqual(1, topLevelLoop.Statements.Count(), "# of statements in the top level block are incorrect");
var ifStatement = topLevelLoop.Statements.First() as LINQToTTreeLib.Statements.StatementFilter;
Assert.IsNotNull(ifStatement, "If statement first in the for loop");
}
public void TestQueryOnNonTClonesObjectCombine()
{
var q = new QueriableDummy <CollectionTree>();
var r1 = from evt in q
from p in evt.EventInfo_p3_McEventInfo.m_AllTheData
select p;
var r = r1.Count();
var query1 = DummyQueryExectuor.FinalResult;
var r2 = r1.Count();
var query2 = DummyQueryExectuor.FinalResult;
Console.WriteLine("Query1:");
Console.WriteLine();
query1.DumpCodeToConsole();
Console.WriteLine();
Console.WriteLine();
Console.WriteLine();
Console.WriteLine("Query2:");
Console.WriteLine();
query2.DumpCodeToConsole();
var query = CombineQueries(query1, query2);
Console.WriteLine();
Console.WriteLine();
Console.WriteLine();
Console.WriteLine("Combined Query:");
Console.WriteLine();
query.DumpCodeToConsole();
// Check
CheckSingleDecl(query.DumpCode());
Assert.AreEqual(1, query.QueryCode().Count(), "# of query code blocks");
Assert.AreEqual(1, query.QueryCode().First().Statements.Count(), "# statements in the code body");
var forblock = query.QueryCode().First().Statements.First() as IBookingStatementBlock;
Assert.IsNotNull(forblock, "top level statement");
Assert.AreEqual(2, forblock.Statements.Count(), "# of statements in the code");
}
public void TestSimpleAggregate()
{
var q = new QueriableDummy <ntup>();
var r = from d in q
select d;
var c = r.Aggregate(1, (count, n) => count + 1);
Assert.IsNotNull(DummyQueryExectuor.FinalResult, "Expecting some code to have been generated!");
var res = DummyQueryExectuor.FinalResult;
/// For this there should be one statement - the addition statement for the variable.
Assert.AreEqual(1, res.CodeBody.Statements.Count(), "not right number of statements coming back!");
Assert.IsInstanceOfType(res.CodeBody.Statements.First(), typeof(StatementAggregate), "Assignment doesn't seem to be there");
var assignment = res.CodeBody.Statements.First() as StatementAggregate;
StringBuilder bld = new StringBuilder();
bld.AppendFormat("{0}+1", assignment.ResultVariable.ParameterName, "bad assignment!");
Assert.AreEqual(bld.ToString(), assignment.Expression.RawValue, "expression is incorrect");
}
public void TestScope()
{
// Make sure that if anything funky needs to be done outside our loop,
// it gets declared correctly.
var q = new QueriableDummy <ntupArray>();
var results = from evt in q
select evt.run.PairWiseAll((r1, r2) => CPPHelperFunctions.Calc(r1) != r2).Count();
var total = results.Aggregate(0, (seed, val) => seed + val);
DummyQueryExectuor.FinalResult.DumpCodeToConsole();
//
// The *2 should be burried in the loop. However, we've seen it popped up to the top
// in a bug. So test for that regression.
//
var seen2 = DummyQueryExectuor.FinalResult.CodeBody.Statements.Where(s => s is StatementSimpleStatement).Cast <StatementSimpleStatement>().Where(s => s.ToString().Contains("]*2")).Any();
Assert.IsFalse(seen2, "Saw a ']*2' in a top level code statement!");
}
public void TestWhereTwoClauses()
{
var q = new QueriableDummy <ntup>();
var r = from d in q
where d.run > 10 && d.run < 100
select d;
var c = r.Count();
Assert.IsNotNull(DummyQueryExectuor.FinalResult, "Expecting some code to have been generated!");
var res = DummyQueryExectuor.FinalResult;
res.DumpCodeToConsole();
///
/// We expect a single top level statement
///
var assStatement = res.CodeBody.Statements.First() as StatementAssign;
Assert.IsNotNull(assStatement, "if statement isn't an if statement!");
Assert.AreEqual("((*this).run)>10", assStatement.Expression.RawValue, "incorrect if statement");
}
