MP X-Macros

.gitlab-ci.yml

@@ -181,7 +181,7 @@ MP-quality-check:
   <<: *template_quality-check
   variables:
     VIVADO_VERSION: "2019.2"
-    CLANG_TIDY_FILES: '../TestBenches/MatchProcessorL3_test.cpp ../TopFunctions/CombinedConfig/MatchProcessorTopL3.cpp'
+    CLANG_TIDY_FILES: '../TestBenches/MatchProcessor_test.cpp ../TopFunctions/CombinedConfig/MatchProcessorTop.cc'
 TB-quality-check:
   <<: *template_quality-check
   variables:
@@ -262,8 +262,8 @@ MC-vivado-hls-build:
     PROJ_NAME: "MC"
 MP-vivado-hls-build:
   <<: *template_hls-build
+  allow_failure: true
   needs: ["download", "MP-quality-check"]
-  allow_failure: true # FIXME: remove after all errors are fixed
   variables:
     EXECUTABLE: 'vivado_hls'
     VIVADO_VERSION: "2019.2"

TestBenches/Macros.h

@@ -1176,7 +1176,55 @@ X(TP_L3L4D_, "TP_L3L4D") \
 X(TP_L5L6A_, "TP_L5L6A") \
 X(TP_L5L6B_, "TP_L5L6B") \
 X(TP_L5L6C_, "TP_L5L6C") \
-X(TP_L5L6D_, "TP_L5L6D") 
+X(TP_L5L6D_, "TP_L5L6D") \
+X(MP_D1PHIA_, "MP_D1PHIA") \
+X(MP_D1PHIB_, "MP_D1PHIB") \
+X(MP_D1PHIC_, "MP_D1PHIC") \
+X(MP_D1PHID_, "MP_D1PHID") \
+X(MP_D2PHIA_, "MP_D2PHIA") \
+X(MP_D2PHIB_, "MP_D2PHIB") \
+X(MP_D2PHIC_, "MP_D2PHIC") \
+X(MP_D2PHID_, "MP_D2PHID") \
+X(MP_D3PHIA_, "MP_D3PHIA") \
+X(MP_D3PHIB_, "MP_D3PHIB") \
+X(MP_D3PHIC_, "MP_D3PHIC") \
+X(MP_D3PHID_, "MP_D3PHID") \
+X(MP_D4PHIA_, "MP_D4PHIA") \
+X(MP_D4PHIB_, "MP_D4PHIB") \
+X(MP_D4PHIC_, "MP_D4PHIC") \
+X(MP_D4PHID_, "MP_D4PHID") \
+X(MP_D5PHIA_, "MP_D5PHIA") \
+X(MP_D5PHIB_, "MP_D5PHIB") \
+X(MP_D5PHIC_, "MP_D5PHIC") \
+X(MP_D5PHID_, "MP_D5PHID") \
+X(MP_L1PHIA_, "MP_L1PHIA") \
+X(MP_L1PHIB_, "MP_L1PHIB") \
+X(MP_L1PHIC_, "MP_L1PHIC") \
+X(MP_L1PHID_, "MP_L1PHID") \
+X(MP_L1PHIE_, "MP_L1PHIE") \
+X(MP_L1PHIF_, "MP_L1PHIF") \
+X(MP_L1PHIG_, "MP_L1PHIG") \
+X(MP_L1PHIH_, "MP_L1PHIH") \
+X(MP_L2PHIA_, "MP_L2PHIA") \
+X(MP_L2PHIB_, "MP_L2PHIB") \
+X(MP_L2PHIC_, "MP_L2PHIC") \
+X(MP_L2PHID_, "MP_L2PHID") \
+X(MP_L3PHIA_, "MP_L3PHIA") \
+X(MP_L3PHIB_, "MP_L3PHIB") \
+X(MP_L3PHIC_, "MP_L3PHIC") \
+X(MP_L3PHID_, "MP_L3PHID") \
+X(MP_L4PHIA_, "MP_L4PHIA") \
+X(MP_L4PHIB_, "MP_L4PHIB") \
+X(MP_L4PHIC_, "MP_L4PHIC") \
+X(MP_L4PHID_, "MP_L4PHID") \
+X(MP_L5PHIA_, "MP_L5PHIA") \
+X(MP_L5PHIB_, "MP_L5PHIB") \
+X(MP_L5PHIC_, "MP_L5PHIC") \
+X(MP_L5PHID_, "MP_L5PHID") \
+X(MP_L6PHIA_, "MP_L6PHIA") \
+X(MP_L6PHIB_, "MP_L6PHIB") \
+X(MP_L6PHIC_, "MP_L6PHIC") \
+X(MP_L6PHID_, "MP_L6PHID")
 
 #define X(module, name) module,
 enum Module : size_t

TestBenches/MatchProcessor_test.cpp

@@ -0,0 +1,114 @@
+// Test bench for MatchProcessor
+#include "MatchProcessorTop.h"
+
+#include <vector>
+#include <algorithm>
+#include <iterator>
+#include <iterator>
+
+#include "Macros.h"
+#include "FileReadUtility.h"
+#include "Constants.h"
+
+// No macros can be defined from the command line in the case of C/RTL
+// cosimulation, so we define defaults here.
+#if !defined MODULE_
+  #define MODULE_ MP_L3PHIC_
+#endif
+#if !defined TOP_FUNC_
+  #define TOP_FUNC_ MatchProcessor_L3PHIC
+#endif
+
+const int nevents = 100;  //number of events to run
+
+using namespace std;
+
+int main()
+{
+  // Define memory patterns
+  const string trackletProjectionPattern = "TrackletProjections*";
+  const string allStubPatternarray = "AllStub*";
+  const string vmStubPatternarray = "VMStubs_VMSME*";
+  const string fullMatchPattern = "FullMatches*";
+
+  const auto stubMemType   = (MODULE_ >= MP_L1PHIA_ && MODULE_ <= MP_L3PHID_) ? BARRELPS : (MODULE_ > MP_D5PHID_) ? BARREL2S : (MODULE_ >= MP_D3PHIA_) ? DISK2S : DISKPS;
+  const auto tprojMemType  = (MODULE_ >= MP_L1PHIA_ && MODULE_ <= MP_L3PHID_) ? BARRELPS : (MODULE_ > MP_D5PHID_) ? BARREL2S : DISK;
+  const auto fmProjMemType = (MODULE_ >= MP_L1PHIA_ && MODULE_) ? BARREL : DISK;
+  TBHelper tb(std::string("MP/") + module_name[MODULE_]);
+
+  // error counts
+  int err = 0;
+
+  ///////////////////////////
+  // input memories
+  const auto nTrackletProjections = tb.nFiles(trackletProjectionPattern);
+  vector<TrackletProjectionMemory<tprojMemType>> tprojarray(nTrackletProjections);
+  const auto nAllStub = tb.nFiles(allStubPatternarray);
+  vector<AllStubMemory<stubMemType>> allstub(nAllStub);
+  const auto nVMStubs = tb.nFiles(vmStubPatternarray);
+  VMStubMEMemoryCM<stubMemType, 3, 3, kNMatchEngines> vmstub;
+
+  // output memories
+  const auto nFullMatches = tb.nFiles(fullMatchPattern);
+  vector<FullMatchMemory<fmProjMemType> > fullmatcharray(nFullMatches);
+
+  // print the input files loaded
+  std::cout << "Loaded the input files:\n";
+  for (unsigned i = 0; i < nTrackletProjections; i++)
+    std::cout << "\t" << tb.fileNames(trackletProjectionPattern).at(i) << "\n";
+  for (unsigned i = 0; i < nAllStub; i++)
+    std::cout << "\t" << tb.fileNames(allStubPatternarray).at(i) << "\n";
+  for (unsigned i = 0; i < nVMStubs; i++)
+    std::cout << "\t" << tb.fileNames(vmStubPatternarray).at(i) << "\n";
+  for (unsigned i = 0; i < nFullMatches; i++)
+    std::cout << "\t" << tb.fileNames(fullMatchPattern).at(i) << "\n";
+  std::cout << std::endl;
+
+  // loop over events
+  cout << "Start event loop ..." << endl;
+  for (unsigned int ievt = 0; ievt < nevents; ++ievt) {
+    cout << "Event: " << dec << ievt << endl;
+
+    // read event and write to memories
+    auto &fin_TrackletProjections = tb.files(trackletProjectionPattern);
+    for (unsigned int i = 0; i < nTrackletProjections; i++)
+      writeMemFromFile<TrackletProjectionMemory<tprojMemType>>(tprojarray[i], fin_TrackletProjections.at(i), ievt);
+    auto &fin_AllStub = tb.files(allStubPatternarray);
+    for (unsigned int i = 0; i < nAllStub; i++)
+      writeMemFromFile<AllStubMemory<stubMemType>>(allstub[i], fin_AllStub.at(i), ievt);
+    auto &fin_VMStubs = tb.files(vmStubPatternarray);
+    writeMemFromFile<VMStubMEMemoryCM<stubMemType, 3, 3, kNMatchEngines>>(vmstub, fin_VMStubs.at(0), ievt);
+
+    // clear allarray, output memories before starting
+    for (unsigned int i = 0; i < nFullMatches; i++)
+      fullmatcharray[i].clear();
+
+    // bx
+    BXType bx = ievt;
+    BXType bx_out;
+
+    // Unit Under Test
+    TOP_FUNC_(bx, tprojarray.data(), vmstub, allstub.data(), bx_out, fullmatcharray.data());
+
+    bool truncation = false;
+    auto &fout_fullmatch = tb.files(fullMatchPattern);
+    const auto &fullmatch_names = tb.fileNames(fullMatchPattern);
+
+    // compare the computed outputs with the expected ones
+    for (unsigned int i = 0; i < fullmatch_names.size(); i++) {
+      const auto &fullmatch_name = fullmatch_names.at(i);
+      auto &fout = fout_fullmatch.at(i);
+      string label = "FullMatch " + to_string(i);
+      err += compareMemWithFile<FullMatchMemory<fmProjMemType> >
+        (fullmatcharray[i], fout, ievt, label, truncation);
+    }
+
+  } // end of event loop
+
+  // This is necessary because HLS seems to only return an 8-bit error count, so if err%256==0, the test bench can falsely pass
+  if (err > 255) err = 255;
+//  cout << "Module actually has " << err << " errors." << endl;
+//  return 0;
+  return err;
+
+}