1 /**************************************************************************
2 * Copyright(c) 1998-2007, ALICE Experiment at CERN, All rights reserved. *
5 * Contributors are mentioned in the code where appropriate. *
7 * Permission to use, copy, modify and distribute this software and its *
8 * documentation strictly for non-commercial purposes is hereby granted *
9 * without fee, provided that the above copyright notice appears in all *
10 * copies and that both the copyright notice and this permission notice *
11 * appear in the supporting documentation. The authors make no claims *
12 * about the suitability of this software for any purpose. It is *
13 * provided "as is" without express or implied warranty. *
14 **************************************************************************/
19 * @file dHLTdumpraw.cxx
20 * @author Artur Szostak <artursz@iafrica.com>,
21 * Seforo Mohlalisi <seforomohlalisi@yahoo.co.uk>
23 * @brief Command line utility to dump dHLT's internal raw data blocks.
26 // We define NDEBUG for the AliHLTMUONDataBlockReader.h header file since this
27 // program by definition handles corrupt data. So we do not need the assertions
28 // in the AliHLTMUONDataBlockReader class to be checked.
32 #include "AliHLTMUONDataBlockReader.h"
33 #if defined(DEBUG) && defined(NDEBUG)
37 #include "AliHLTMUONUtils.h"
38 #include "AliHLTMUONConstants.h"
40 #include "AliRawDataHeader.h"
41 #include "AliMUONTrackerDDLDecoder.h"
42 #include "AliMUONTriggerDDLDecoder.h"
43 #include "AliHLTSystem.h"
44 #include "AliHLTConfiguration.h"
46 #include "TClassTable.h"
62 using std::noshowbase;
73 #define CMDLINE_ERROR 1
75 #define SYSTEM_ERROR 3
77 #define HLTSYSTEM_ERROR 5
80 // Adding enum types for extending AliHLTMUONDataBlockType with the
81 // raw DDL data types.
82 enum AliHLTMUONDDLRawDataType
84 kTrackerDDLRawData = 10,
85 kTriggerDDLRawData = 11
89 void PrintRubbishData(AliHLTUInt32_t offset, const char* padByte, AliHLTUInt32_t padCount)
91 if (padCount == 0) return;
93 cerr << "ERROR: Found the following unexpected rubbish data at the"
94 " end of the data block:" << endl;
95 cerr << "Byte #\tValue\tCharacter" << endl;
96 for (AliHLTUInt32_t i = 0; i < padCount; i++)
98 short value = short(padByte[i]) & 0xFF;
99 char character = padByte[i];
100 cerr << offset + i + 1 << "\t"
101 << noshowbase << hex << "0x" << value << dec << "\t"
102 << character << endl;
107 void PrintBitPattern(AliHLTUInt32_t value, int bitcount = 32)
109 // Prints a bit pattern to cout.
111 for (int i = bitcount-1; i >= 0; i--)
113 if ( ((value >> i) & 0x1) == 1 )
121 template <typename FieldType>
122 int CheckHeaderField(
123 FieldType& field, const char* buffer, unsigned long bufferSize,
127 const char* fieldptr = reinterpret_cast<const char*>(&field);
128 const char* endptr = buffer + bufferSize;
129 AliHLTUInt32_t bufferRemaining = endptr > fieldptr ? endptr - fieldptr : 0;
131 if (bufferRemaining < sizeof(field))
133 cout << "..." << endl; // We may be half way through printing a line so end it.
134 cerr << "ERROR: The data block is too short. The header is corrupt." << endl;
137 AliHLTUInt32_t offset = fieldptr - buffer;
138 PrintRubbishData(offset, fieldptr, bufferRemaining);
146 template <typename FieldType>
148 FieldType& field, const char* buffer, unsigned long bufferSize,
152 const char* fieldptr = reinterpret_cast<const char*>(&field);
153 const char* endptr = buffer + bufferSize;
154 AliHLTUInt32_t bufferRemaining = endptr > fieldptr ? endptr - fieldptr : 0;
156 if (bufferRemaining < sizeof(field))
158 cout << "..." << endl; // We may be half way through printing a line so end it.
159 cerr << "ERROR: The data block is too short. The data is corrupt." << endl;
162 AliHLTUInt32_t offset = fieldptr - buffer;
163 PrintRubbishData(offset, fieldptr, bufferRemaining);
171 template <typename BlockType>
172 int CheckCommonHeader(
173 BlockType& block, const char* /*buffer*/, unsigned long bufferSize,
177 int result = EXIT_SUCCESS;
179 // Check the fRecordWidth field in the common header.
180 if (block.CommonBlockHeader().fRecordWidth !=
181 sizeof(typename BlockType::ElementType))
183 cerr << "ERROR: The record width found in the header is incorrect."
184 " Found a record width of "
185 << block.CommonBlockHeader().fRecordWidth << " bytes, but expected"
186 " a value of " << sizeof(typename BlockType::ElementType)
187 << " bytes." << endl;
188 result = PARSE_ERROR;
189 if (not continueParse) return result;
192 if (not block.BufferSizeOk())
194 cerr << "ERROR: The size of the file is incorrect. It is "
195 << bufferSize << " bytes big, but according"
196 " to the data block header it should be " << block.BytesUsed()
197 << " bytes." << endl;
198 result = PARSE_ERROR;
199 if (not continueParse) return result;
206 template <typename BlockType>
207 AliHLTUInt32_t CalculateNEntries(BlockType& block, unsigned long bufferSize)
209 // Calculate how many entries we can display. If the buffer size is correct
210 // we just use the number of entries the block specifies. Otherwise we need
211 // to calculate it from the buffer size.
212 AliHLTUInt32_t nentries;
213 if (block.BytesUsed() == bufferSize)
215 nentries = block.Nentries();
219 AliHLTInt32_t dataSize = bufferSize
220 - sizeof(typename BlockType::HeaderType);
221 nentries = dataSize / sizeof(typename BlockType::ElementType);
222 if (dataSize % sizeof(typename BlockType::ElementType) > 0)
232 * Common methods for DDL decoder event handlers.
234 class AliDecoderHandler
237 AliDecoderHandler() :
244 virtual ~AliDecoderHandler() {}
248 // Do not allow copying of this class.
249 AliDecoderHandler(const AliDecoderHandler& obj);
250 AliDecoderHandler& operator = (const AliDecoderHandler& obj);
253 const char* errorMessage, int errorCode,
254 const char* errorCodeString, const void* location
257 void TryDumpCorruptData(const void* dumpEnd);
259 const void* fBufferStart; ///< Start location of buffer.
260 const void* fDumpStart; ///< Start location of corrupt data to dump.
261 bool fDumpData; ///< Flag indicating if fDumpStart points to corrupt data and should be dumped.
265 void AliDecoderHandler::HandleError(
266 const char* errorMessage, int errorCode,
267 const char* errorCodeString, const void* location
270 unsigned long offset = (unsigned long)location - (unsigned long)fBufferStart
271 + sizeof(AliRawDataHeader);
273 cerr << "ERROR: " << errorMessage
274 << " [Error code = " << errorCode << " ("
275 << errorCodeString << "), at byte "
276 << offset << " (" << noshowbase << hex << "0x"
277 << offset << dec << ")]" << endl;
279 if (fDumpStart == NULL) fDumpStart = location;
284 void AliDecoderHandler::TryDumpCorruptData(const void* dumpEnd)
286 if (dumpEnd < fDumpStart) return;
287 if (not fDumpData) return;
289 unsigned long startOffset = (unsigned long)fDumpStart - (unsigned long)fBufferStart
290 + sizeof(AliRawDataHeader);
291 unsigned long endOffset = (unsigned long)dumpEnd - (unsigned long)fBufferStart
292 + sizeof(AliRawDataHeader);
293 if (endOffset - startOffset > 264)
295 endOffset = startOffset + 264;
296 dumpEnd = reinterpret_cast<const char*>(fBufferStart) + endOffset;
298 cerr << "Dumping corrupt data words from byte " << startOffset
299 << " (" << noshowbase << hex << "0x" << startOffset
300 << dec << "), to byte " << endOffset << " (" << noshowbase
301 << hex << "0x" << endOffset << dec << "):" << endl;
302 const UInt_t* start = reinterpret_cast<const UInt_t*>(fDumpStart);
303 const UInt_t* end = reinterpret_cast<const UInt_t*>(dumpEnd);
304 cerr << " Start byte | Data words" << endl;
305 for (const UInt_t* current = start; current < end; current++)
307 unsigned long currentByte = (unsigned long)current
308 - (unsigned long)fBufferStart + sizeof(AliRawDataHeader);
309 cerr << right << setw(9) << dec << currentByte << setw(0)
310 << " 0x" << left << setw(7) << noshowbase << hex
311 << currentByte << setw(0) << right << " | ";
312 char fillChar = cerr.fill();
314 for (int i = 0; i < 4 and current < end; i++, current++)
316 cerr << noshowbase << hex << "0x" << setw(8)
317 << (*current) << setw(0) << dec << " ";
327 * Event handler for the tracker DDL decoder.
328 * It simply prints the structure to standard output.
330 class AliTrackerDecoderHandler :
331 public AliMUONTrackerDDLDecoderEventHandler, public AliDecoderHandler
334 AliTrackerDecoderHandler() :
335 AliMUONTrackerDDLDecoderEventHandler(),
342 virtual ~AliTrackerDecoderHandler() {}
344 void OnNewBuffer(const void* buffer, UInt_t /*bufferSize*/)
346 fBufferStart = buffer;
347 fBlockNum = fDSPNum = fBusPatchNum = 0;
350 void OnEndOfBuffer(const void* buffer, UInt_t bufferSize)
352 const char* bufferEnd =
353 reinterpret_cast<const char*>(buffer) + bufferSize;
354 TryDumpCorruptData(bufferEnd);
357 void OnNewBlock(const AliMUONBlockHeaderStruct* header, const void* /*data*/);
359 void OnNewDSP(const AliMUONDSPHeaderStruct* header, const void* /*data*/);
361 void OnNewBusPatch(const AliMUONBusPatchHeaderStruct* header, const void* /*data*/);
363 void OnData(UInt_t data, bool parityError);
365 void OnError(ErrorCode error, const void* location);
369 UInt_t fBlockNum; ///< Number of block being processed [1..maxBlock].
370 UInt_t fDSPNum; ///< Number of DSP being processed [1..maxDSP].
371 UInt_t fBusPatchNum; ///< Number of bus patch being processed [1..maxBusPatch].
375 void AliTrackerDecoderHandler::OnNewBlock(const AliMUONBlockHeaderStruct* header, const void* /*data*/)
377 TryDumpCorruptData(header);
379 char fillChar = cout.fill(); // store current fill char to restore it.
380 cout << "================================ Block header "
381 << setw(3) << fBlockNum << setw(0)
382 << " ================================" << endl;
383 cout << " Data key word for block : 0x" << noshowbase << setw(8) << setfill('0')
384 << hex << header->fDataKey << dec << setfill(fillChar) << setw(0) << endl;
385 cout << " Total Length of block : " << header->fTotalLength << endl;
386 cout << " Length of raw data : " << header->fLength << endl;
387 cout << " DSP ID : " << header->fDSPId << endl;
388 cout << " L0 trigger word : " << header->fL0Trigger << " (0x"
389 << noshowbase << setw(8) << setfill('0') << hex << header->fL0Trigger
390 << dec << setw(0) << setfill(fillChar) << ")" << endl;
391 cout << " Mini event ID : " << header->fMiniEventId << " (0x"
392 << noshowbase << setw(8) << setfill('0') << hex << header->fMiniEventId
393 << dec << setw(0) << setfill(fillChar) << ")" << endl;
394 cout << "Event ID In Bunch Crossing : " << header->fEventId1 << " (0x"
395 << noshowbase << setw(8) << setfill('0') << hex << header->fEventId1
396 << dec << setw(0) << setfill(fillChar) << ")" << endl;
397 cout << " Event ID In Orbit Number : " << header->fEventId2 << " (0x"
398 << noshowbase << setw(8) << setfill('0') << hex << header->fEventId2
399 << dec << setw(0) << setfill(fillChar) << ")" << endl;
403 void AliTrackerDecoderHandler::OnNewDSP(const AliMUONDSPHeaderStruct* header, const void* /*data*/)
405 TryDumpCorruptData(header);
407 char fillChar = cout.fill(); // store current fill char to restore it.
408 cout << "================================= DSP header "
409 << setw(3) << fDSPNum << setw(0)
410 << " =================================" << endl;
411 cout << " Data key word for FRT : 0x" << noshowbase
412 << setw(8) << setfill('0') << hex << header->fDataKey << dec
413 << setfill(fillChar) << setw(0) << endl;
414 cout << " Total length of structure : " << header->fTotalLength << endl;
415 cout << " Length of raw data : " << header->fLength << endl;
416 cout << " DSP ID : " << header->fDSPId << endl;
417 cout << " L1 accept in block Structure (CRT) : " << header->fBlkL1ATrigger
418 << " (0x" << noshowbase << setw(8) << setfill('0') << hex
419 << header->fBlkL1ATrigger << dec << setw(0) << setfill(fillChar) << ")" << endl;
420 cout << " Mini event ID in bunch crossing : " << header->fMiniEventId
421 << " (0x" << noshowbase << setw(8) << setfill('0') << hex
422 << header->fMiniEventId << dec << setw(0) << setfill(fillChar) << ")" << endl;
423 cout << "Number of L1 accept in DSP Structure (FRT) : " << header->fL1ATrigger << endl;
424 cout << "Number of L1 reject in DSP Structure (FRT) : " << header->fL1RTrigger << endl;
425 const char* paddingWordValue = ") (INVALID)";
426 if (header->fPaddingWord == 0) paddingWordValue = ") (false)";
427 if (header->fPaddingWord == 1) paddingWordValue = ") (true)";
428 cout << " Padding word set for 64 bits transfer : " << header->fPaddingWord
429 << " (0x" << noshowbase << setw(8) << setfill('0') << hex
430 << header->fPaddingWord << setw(0) << setfill(fillChar) << dec
431 << paddingWordValue << endl;
432 cout << " Error word : " << header->fErrorWord
433 << " (" << noshowbase << setw(8) << setfill('0') << hex
434 << header->fErrorWord << setw(0) << setfill(fillChar)
435 << dec << ")" << endl;
439 void AliTrackerDecoderHandler::OnNewBusPatch(const AliMUONBusPatchHeaderStruct* header, const void* /*data*/)
441 TryDumpCorruptData(header);
443 char fillChar = cout.fill(); // store current fill char to restore it.
444 cout << "============================== Bus patch header "
445 << setw(3) << fBusPatchNum << setw(0)
446 << " ==============================" << endl;
447 cout << "Data key word for bus patch : 0x" << noshowbase << setw(8)
448 << setfill('0') << hex << header->fDataKey << dec
449 << setfill(fillChar) << setw(0) << endl;
450 cout << " Total length of structure : " << header->fTotalLength << endl;
451 cout << " Length of raw data : " << header->fLength << endl;
452 cout << " Bus patch ID : " << header->fBusPatchId << endl;
453 if (header->fLength > 0)
455 cout << " Raw bits | Manu ID | Manu channel | ADC Signal" << endl;
456 cout << "----------------------------------------------------------" << endl;
461 void AliTrackerDecoderHandler::OnData(UInt_t data, bool parityError)
463 UShort_t manuId, adc;
465 UnpackADC(data, manuId, manuChannel, adc);
466 char fillChar = cout.fill(); // store current fill char to restore it.
467 cout << noshowbase << " 0x" << setfill('0') << hex << setw(8) << data
468 << setw(0) << dec << setfill(fillChar) << " "
469 << setw(12) << manuId << setw(0) << " "
470 << setw(12) << (UInt_t)manuChannel << setw(0) << " "
471 << setw(12) << adc << setw(0);
474 cout << " <= WARNING: Raw data word with parity error!" << endl;
483 void AliTrackerDecoderHandler::OnError(ErrorCode error, const void* location)
485 TryDumpCorruptData(location);
487 ErrorCodeToMessage(error), error,
488 ErrorCodeToString(error), location
493 * Event handler for the trigger DDL decoder.
494 * It simply prints the structure to standard output.
496 class AliTriggerDecoderHandler :
497 public AliMUONTriggerDDLDecoderEventHandler, public AliDecoderHandler
500 AliTriggerDecoderHandler() :
501 AliMUONTriggerDDLDecoderEventHandler(),
507 virtual ~AliTriggerDecoderHandler() {}
509 void OnNewBuffer(const void* buffer, UInt_t /*bufferSize*/)
511 fBufferStart = buffer;
512 fRegNum = fLocNum = 0;
515 void OnEndOfBuffer(const void* buffer, UInt_t bufferSize)
517 const char* bufferEnd =
518 reinterpret_cast<const char*>(buffer) + bufferSize;
519 TryDumpCorruptData(bufferEnd);
522 const char* EventTypeToString(UInt_t type);
524 const char* DarcTypeToString(UInt_t type);
528 const AliMUONDarcScalarsStruct* scalars,
533 const AliMUONGlobalHeaderStruct* header,
534 const AliMUONGlobalScalarsStruct* scalars,
538 void OnNewRegionalStruct(
539 const AliMUONRegionalHeaderStruct* regionalStruct,
540 const AliMUONRegionalScalarsStruct* scalars,
545 const AliMUONLocalInfoStruct* localStruct,
546 const AliMUONLocalScalarsStruct* scalars
549 void OnError(ErrorCode error, const void* location);
553 UInt_t fRegNum; ///< Number of block being processed [1..maxReg].
554 UInt_t fLocNum; ///< Number of DSP being processed [1..maxLoc].
558 const char* AliTriggerDecoderHandler::EventTypeToString(UInt_t type)
562 case 0: return "Other software trigger";
563 case 1: return "Physics";
564 case 2: return "Start of run";
565 case 3: return "End of run";
566 default: return "UNKNOWN";
571 const char* AliTriggerDecoderHandler::DarcTypeToString(UInt_t type)
573 typedef AliMUONTriggerDDLDecoder<AliMUONTriggerDDLDecoderEventHandler> AliDec;
574 if (type == AliDec::DarcDefaultType()) return "Default";
575 if (type == AliDec::DarcVadorhType()) return "Vadorh";
580 void AliTriggerDecoderHandler::OnDarcHeader(
582 const AliMUONDarcScalarsStruct* scalars,
587 TryDumpCorruptData(scalars);
589 TryDumpCorruptData(data);
591 cout << "================================ DARC header =====================================" << endl;
592 char fillChar = cout.fill(); // store current fill char to restore it.
593 cout << noshowbase << " Header bit pattern : 0x" << setfill('0') << hex << setw(8)
594 << header << setw(0) << dec << setfill(fillChar) << endl;
595 UInt_t eventType = GetDarcEventType(header);
596 cout << " Event type : " << eventType << " ("
597 << EventTypeToString(eventType) << ")" << endl;
598 cout << " Application type : " << ((header >> 27) & 0x7) << endl;
599 UInt_t darcType = GetDarcType(header);
600 cout << " DARC type : " << darcType << " ("
601 << DarcTypeToString(darcType) << ")" << endl;
602 cout << " Serial number : " << (UInt_t)GetDarcSerialNb(header) << endl;
603 cout << " Version : " << (UInt_t)GetDarcVersion(header) << endl;
604 cout << " VME trigger used : " << boolalpha << GetDarcVMETrig(header) << endl;
605 cout << "Global card data occurrence : " << boolalpha << GetDarcGlobalFlag(header) << endl;
606 cout << " CTP or LTU interfaced : " << boolalpha << GetDarcCTPTrig(header) << endl;
607 cout << " DAQ interfaced : " << boolalpha << GetDarcDAQFlag(header) << endl;
608 cout << " Regional cards occurrence : 0x" << noshowbase << hex << setw(2) << setfill('0')
609 << (UInt_t)GetDarcRegPattern(header) << dec << setfill(fillChar) << setw(0)
611 PrintBitPattern(((UInt_t)GetDarcRegPattern(header) >> 4) & 0xF, 4); cout << " ";
612 PrintBitPattern(((UInt_t)GetDarcRegPattern(header) >> 0) & 0xF, 4);
615 cout << "================================ DARC scalars ====================================" << endl;
618 cout << " Trigger | Received | Used" << endl;
619 cout << "----------------------------------" << endl;
620 cout << " L0 " << setw(8) << ((scalars->fL0R >> 16) & 0xFFFF) << setw(0)
621 << " " << setw(8) << ((scalars->fL0R >> 0) & 0xFFFF) << setw(0) << endl;
622 cout << " L1 physics " << setw(8) << ((scalars->fL1P >> 16) & 0xFFFF) << setw(0)
623 << " " << setw(8) << ((scalars->fL1P >> 0) & 0xFFFF) << setw(0) << endl;
624 cout << "L1 software " << setw(8) << ((scalars->fL1S >> 16) & 0xFFFF) << setw(0)
625 << " " << setw(8) << ((scalars->fL1S >> 0) & 0xFFFF) << setw(0) << endl;
626 cout << " L2 accept " << setw(8) << ((scalars->fL2A >> 16) & 0xFFFF) << setw(0)
627 << " " << setw(8) << ((scalars->fL2A >> 0) & 0xFFFF) << setw(0) << endl;
628 cout << " L2 reject " << setw(8) << ((scalars->fL2R >> 16) & 0xFFFF) << setw(0)
629 << " " << setw(8) << ((scalars->fL2R >> 0) & 0xFFFF) << setw(0) << endl;
630 cout << " Clock : " << scalars->fClk << endl;
631 cout << "Hold (dead time) : " << scalars->fHold << endl;
632 cout << " Spare word : " << scalars->fSpare << " (0x"
633 << setw(8) << setfill('0') << hex << scalars->fSpare <<
634 setw(0) << setfill(fillChar) << dec << ")" << endl;
638 cout << "(None found)" << endl;
643 void AliTriggerDecoderHandler::OnGlobalHeader(
644 const AliMUONGlobalHeaderStruct* header,
645 const AliMUONGlobalScalarsStruct* scalars,
649 TryDumpCorruptData(header);
651 cout << "=============================== Global header ====================================" << endl;
652 cout << "Global input from regional controllers:" << endl;
653 cout << " | | High pT | Low pT " << endl;
654 cout << " | Bit pattern | Single mu | mu pair | Single mu | mu pair " << endl;
655 cout << "Input | Hex | Binary | -ve | +ve | unlike | like | -ve | +ve | unlike | like" << endl;
656 cout << "--------------------------------------------------------------------------------" << endl;
657 char fillChar = cout.fill(); // store current fill char to restore it.
658 for (int i = 0; i < 4; i++)
665 input.fWord = header->fInput[i];
666 for (int j = 0; j < 4; j++)
668 cout << setw(5) << (i*4+j) << " 0x" << noshowbase << setw(2)
669 << setfill('0') << hex << (UInt_t)input.fByte[j] << setw(0)
670 << setfill(fillChar) << dec << " ";
671 PrintBitPattern(input.fByte[j], 8);
672 cout << ((((input.fByte[j] >> 7) & 0x1) == 1) ? " yes" : " no");
673 cout << ((((input.fByte[j] >> 6) & 0x1) == 1) ? " yes" : " no");
674 cout << ((((input.fByte[j] >> 5) & 0x1) == 1) ? " yes " : " no ");
675 cout << ((((input.fByte[j] >> 4) & 0x1) == 1) ? " yes" : " no");
676 cout << ((((input.fByte[j] >> 3) & 0x1) == 1) ? " yes" : " no");
677 cout << ((((input.fByte[j] >> 2) & 0x1) == 1) ? " yes" : " no");
678 cout << ((((input.fByte[j] >> 1) & 0x1) == 1) ? " yes " : " no ");
679 cout << ((((input.fByte[j] >> 0) & 0x1) == 1) ? " yes" : " no");
683 cout << " Global ouput : 0x" << noshowbase << setw(2) << setfill('0') << hex
684 << (UInt_t)GetGlobalOutput(header) << setw(0) << setfill(fillChar) << dec << " [Bits: ";
685 PrintBitPattern(((UInt_t)GetGlobalOutput(header) >> 4) & 0xF, 4); cout << " ";
686 PrintBitPattern(((UInt_t)GetGlobalOutput(header) >> 0) & 0xF, 4);
688 cout << " [ unlike sign | like sign | single muon ]" << endl;
689 cout << " [ high | low | high | low | high | low ]" << endl;
690 cout << " [-----------------------------------------]" << endl;
692 cout << ((((GetGlobalOutput(header) >> 5) & 0x1) == 1) ? " yes" : " no");
693 cout << ((((GetGlobalOutput(header) >> 4) & 0x1) == 1) ? " yes" : " no");
694 cout << ((((GetGlobalOutput(header) >> 3) & 0x1) == 1) ? " yes" : " no");
695 cout << ((((GetGlobalOutput(header) >> 2) & 0x1) == 1) ? " yes" : " no");
696 cout << ((((GetGlobalOutput(header) >> 1) & 0x1) == 1) ? " yes" : " no");
697 cout << ((((GetGlobalOutput(header) >> 0) & 0x1) == 1) ? " yes" : " no");
698 cout << " ]" << endl;
699 cout << "Global configuration : 0x" << noshowbase << setw(4) << setfill('0') << hex
700 << GetGlobalConfig(header) << setw(0) << setfill(fillChar) << dec << " [Bits: ";
701 PrintBitPattern(((UInt_t)GetGlobalConfig(header) >> 12) & 0xF, 4); cout << " ";
702 PrintBitPattern(((UInt_t)GetGlobalConfig(header) >> 8) & 0xF, 4); cout << " ";
703 PrintBitPattern(((UInt_t)GetGlobalConfig(header) >> 4) & 0xF, 4); cout << " ";
704 PrintBitPattern(((UInt_t)GetGlobalConfig(header) >> 0) & 0xF, 4);
707 cout << "=============================== Global scalars ===================================" << endl;
710 cout << " Number of L0 triggers : " << scalars->fL0 << endl;
711 cout << " Number of clock cycles : " << scalars->fClk << endl;
712 cout << " Number of unlike mu pair low pT : " << scalars->fScaler[0] << endl;
713 cout << "Number of unlike mu pair high pT : " << scalars->fScaler[1] << endl;
714 cout << " Number of like mu pair low pT : " << scalars->fScaler[2] << endl;
715 cout << " Number of like mu pair high pT : " << scalars->fScaler[3] << endl;
716 cout << " Number of single mu low pT : " << scalars->fScaler[4] << endl;
717 cout << " Number of single mu high pT : " << scalars->fScaler[5] << endl;
718 cout << " Hold (dead time) : " << scalars->fHold << endl;
719 cout << " Spare word : " << scalars->fSpare << " (0x"
720 << setw(8) << setfill('0') << hex << scalars->fSpare <<
721 setw(0) << setfill(fillChar) << dec << ")" << endl;
725 cout << "(None found)" << endl;
730 void AliTriggerDecoderHandler::OnNewRegionalStruct(
731 const AliMUONRegionalHeaderStruct* regionalStruct,
732 const AliMUONRegionalScalarsStruct* scalars,
736 TryDumpCorruptData(regionalStruct);
739 cout << "========================= Regional structure header "
740 << setw(3) << fRegNum << setw(0)
741 << " ==========================" << endl;
742 char fillChar = cout.fill(); // store current fill char to restore it.
743 cout << "Darc word bit pattern : 0x" << noshowbase << setw(8) << setfill('0')
744 << hex << regionalStruct->fDarcWord << setw(0)
745 << setfill(fillChar) << dec << endl;
746 UShort_t errBits = GetRegionalErrorBits(regionalStruct);
747 cout << " [ Error type : "
748 << (((errBits >> 7) & 0x1) == 1 ? "1 (Physics) " : "0 (Software)")
750 cout << " [ Regional error : " << ((errBits >> 6) & 0x1) << " ]" << endl;
751 cout << " [ Full error : " << ((errBits >> 6) & 0x1) << " ]" << endl;
752 cout << " [ Empty error : " << ((errBits >> 6) & 0x1) << " ]" << endl;
753 cout << " [ DARC L2 reject error : " << ((errBits >> 6) & 0x1) << " ]" << endl;
754 cout << " [ DARC L2 error : " << ((errBits >> 6) & 0x1) << " ]" << endl;
755 cout << " [ DARC L1 error : " << ((errBits >> 6) & 0x1) << " ]" << endl;
756 cout << " [ DARC L0 error : " << ((errBits >> 6) & 0x1) << " ]" << endl;
758 cout << " [ FPGA number in card : "
759 << (UInt_t)GetRegionalFPGANumber(regionalStruct) << " (";
760 PrintBitPattern((UInt_t)GetRegionalFPGANumber(regionalStruct), 3);
761 cout << "b) ]" << endl;
763 cout << " [ Physics trigger : " << setw(13) << boolalpha << left
764 << GetRegionalDarcPhysFlag(regionalStruct) << setw(0)
765 << right << "]" << endl;
766 cout << " [ Regional present : " << setw(13) << boolalpha << left
767 << GetRegionalPresentFlag(regionalStruct) << setw(0)
768 << right << "]" << endl;
769 cout << " [ RAM not full : " << setw(13) << boolalpha << left
770 << GetRegionalRamNotFullFlag(regionalStruct) << setw(0)
771 << right << "]" << endl;
772 cout << " [ RAM not empty : " << setw(13) << boolalpha << left
773 << GetRegionalRamNotEmptyFlag(regionalStruct) << setw(0)
774 << right << "]" << endl;
775 cout << " [ L2 rejected : " << setw(13) << boolalpha << left
776 << GetRegionalL2RejStatus(regionalStruct) << setw(0)
777 << right << "]" << endl;
778 cout << " [ L2 accepted : " << setw(13) << boolalpha << left
779 << GetRegionalL2AccStatus(regionalStruct) << setw(0)
780 << right << "]" << endl;
781 cout << " [ L1 found : " << setw(13) << boolalpha << left
782 << GetRegionalL1Status(regionalStruct) << setw(0)
783 << right << "]" << endl;
784 cout << " [ L0 found : " << setw(13) << boolalpha << left
785 << GetRegionalL0Status(regionalStruct) << setw(0)
786 << right << "]" << endl;
787 cout << " [ No. of events in RAM : " << setw(13) << left
788 << (UInt_t)GetRegionalEventInRam(regionalStruct) << setw(0)
789 << right << "]" << endl;
790 cout << " [ Busy word : 0x"
791 << (UInt_t)GetRegionalBusy(regionalStruct) << " (";
792 PrintBitPattern((UInt_t)GetRegionalBusy(regionalStruct), 4);
793 cout << "b) ]" << endl;
795 cout << "Regional word bit pattern : 0x" << noshowbase << setw(8) << setfill('0')
796 << hex << regionalStruct->fWord << setw(0)
797 << setfill(fillChar) << dec << endl;
798 cout << " [ Physics trigger occurred : " << setw(27) << boolalpha << left
799 << (UInt_t)GetRegionalPhysFlag(regionalStruct) << setw(0)
800 << right << "]" << endl;
801 cout << " [ Number of resets : " << setw(27) << left
802 << (UInt_t)GetRegionalResetNb(regionalStruct) << setw(0)
803 << right << "]" << endl;
804 cout << " [ Controller Serial number : " << setw(27) << left
805 << (UInt_t)GetRegionalSerialNb(regionalStruct) << setw(0)
806 << right << "]" << endl;
807 cout << " [ Regional crate ID : " << setw(27) << left
808 << (UInt_t)GetRegionalId(regionalStruct) << setw(0)
809 << right << "]" << endl;
810 cout << " [ FPGA software version : " << setw(27) << left
811 << (UInt_t)GetRegionalVersion(regionalStruct) << setw(0)
812 << right << "]" << endl;
813 UInt_t output = GetRegionalOutput(regionalStruct);
814 cout << " [ Regional output : 0x" << setw(2) << setfill('0') << hex
815 << output << dec << setw(0) << setfill(fillChar) << setw(0) << right << " (";
816 PrintBitPattern(output, 8);
817 cout << "b) ]" << endl;
819 cout << " [ High pT | Low pT ]" << endl;
820 cout << " [ Single mu | mu pair | Single mu | mu pair ]" << endl;
821 cout << " [ -ve | +ve | unlike | like | -ve | +ve | unlike | like ]" << endl;
822 cout << " [-------------------------------------------------------]" << endl;
823 cout << ((((output >> 7) & 0x1) == 1) ? " [ yes" : " [ no");
824 cout << ((((output >> 6) & 0x1) == 1) ? " yes" : " no");
825 cout << ((((output >> 5) & 0x1) == 1) ? " yes " : " no ");
826 cout << ((((output >> 4) & 0x1) == 1) ? " yes" : " no");
827 cout << ((((output >> 3) & 0x1) == 1) ? " yes" : " no");
828 cout << ((((output >> 2) & 0x1) == 1) ? " yes" : " no");
829 cout << ((((output >> 1) & 0x1) == 1) ? " yes " : " no ");
830 cout << ((((output >> 0) & 0x1) == 1) ? " yes ]" : " no ]");
833 cout << "Regional input (low pT) bit pattern : 0x" << noshowbase << setw(8)
834 << setfill('0') << hex << regionalStruct->fInput[0]
835 << setw(0) << setfill(fillChar) << dec << endl;
836 cout << "Regional input (high pT) bit pattern : 0x" << noshowbase << setw(8)
837 << setfill('0') << hex << regionalStruct->fInput[1]
838 << setw(0) << setfill(fillChar) << dec << endl;
839 cout << "Regional input logical dump: " << endl;
840 cout << " Local | Local | low pT mu | high pT mu" << endl;
841 cout << "structure no. | board | -ve | +ve | -ve | +ve" << endl;
842 cout << "-----------------------------------------------" << endl;
843 for (int i = 15; i >= 0 ; i--)
845 cout << setw(13) << (fLocNum + 16 - i) << setw(0) << " ";
846 cout << setw(5) << (15 - i) << setw(0) << " ";
847 cout << ((((regionalStruct->fInput[0] >> (i*2+1)) & 0x1) == 1) ? "yes" : " no");
848 cout << ((((regionalStruct->fInput[0] >> (i*2+0)) & 0x1) == 1) ? " yes" : " no");
849 cout << ((((regionalStruct->fInput[1] >> (i*2+1)) & 0x1) == 1) ? " yes" : " no");
850 cout << ((((regionalStruct->fInput[1] >> (i*2+0)) & 0x1) == 1) ? " yes" : " no");
854 UInt_t mask = GetRegionalMask(regionalStruct);
855 cout << "Local mask : 0x" << noshowbase << setw(4) << setfill('0') << hex
856 << mask << dec << setw(0) << setfill(fillChar) << " [Bits: ";
857 PrintBitPattern(mask >> 12, 4); cout << " ";
858 PrintBitPattern(mask >> 8, 4); cout << " ";
859 PrintBitPattern(mask >> 4, 4); cout << " ";
860 PrintBitPattern(mask >> 0, 4); cout << "]" << endl;
862 cout << "L0 counter : " << GetRegionalL0(regionalStruct) << endl;
864 cout << "========================= Regional structure scalars "
865 << setw(3) << fRegNum << setw(0)
866 << " =========================" << endl;
869 cout << " Number of clock cycles : " << scalars->fClk << endl;
870 cout << " Number of high pT +ve single mu : " << scalars->fScaler[0] << endl;
871 cout << " Number of high pT -ve single mu : " << scalars->fScaler[1] << endl;
872 cout << "Number of high pT unlike sign pair : " << scalars->fScaler[2] << endl;
873 cout << " Number of high pT like sign pair : " << scalars->fScaler[3] << endl;
874 cout << " Number of low pT +ve single mu : " << scalars->fScaler[4] << endl;
875 cout << " Number of low pT -ve single mu : " << scalars->fScaler[5] << endl;
876 cout << " Number of low pT unlike sign pair : " << scalars->fScaler[6] << endl;
877 cout << " Number of low pT like sign pair : " << scalars->fScaler[7] << endl;
878 cout << " Hold (dead time) : " << scalars->fHold << endl;
882 cout << "(None found)" << endl;
887 void AliTriggerDecoderHandler::OnLocalStruct(
888 const AliMUONLocalInfoStruct* localStruct,
889 const AliMUONLocalScalarsStruct* scalars
892 TryDumpCorruptData(localStruct);
895 cout << "=========================== Local structure header "
896 << setw(3) << fLocNum << setw(0)
897 << " ===========================" << endl;
898 char fillChar = cout.fill(); // store current fill char to restore it.
899 cout << "L0 strip patterns:" << endl;
900 cout << "Chamber | X | Y " << endl;
901 cout << "----------------------------------------------" << endl;
903 PrintBitPattern(GetLocalX1(localStruct), 16);
905 PrintBitPattern(GetLocalY1(localStruct), 16);
908 PrintBitPattern(GetLocalX2(localStruct), 16);
910 PrintBitPattern(GetLocalY2(localStruct), 16);
913 PrintBitPattern(GetLocalX3(localStruct), 16);
915 PrintBitPattern(GetLocalY3(localStruct), 16);
918 PrintBitPattern(GetLocalX4(localStruct), 16);
920 PrintBitPattern(GetLocalY4(localStruct), 16);
923 cout << "L0 trigger bits: (word = ";
924 cout << showbase << hex << localStruct->fTriggerBits
925 << noshowbase << dec << ")" << endl;
926 cout << " ID | Dec | TrigY | YPos | Sign XDev | XDev | XPos " << endl;
927 cout << "----------------------------------------------------------------" << endl;
928 cout << "Decimal : " << setw(4) << (UInt_t)GetLocalId(localStruct) << setw(0) << " ";
929 cout << setw(4) << (UInt_t)GetLocalDec(localStruct) << setw(0) << " ";
930 cout << setw(3) << (UInt_t)GetLocalTrigY(localStruct) << setw(0) << " ";
931 cout << setw(4) << (UInt_t)GetLocalYPos(localStruct) << setw(0) << " ";
932 cout << setw(5) << (UInt_t)GetLocalSXDev(localStruct) << setw(0) << " ";
933 cout << setw(4) << (UInt_t)GetLocalXDev(localStruct) << setw(0) << " ";
934 cout << setw(4) << (UInt_t)GetLocalXPos(localStruct) << setw(0) << endl;
935 cout << " Binary : ";
936 PrintBitPattern(AliHLTUInt32_t(GetLocalId(localStruct)), 4);
938 PrintBitPattern(AliHLTUInt32_t(GetLocalDec(localStruct)), 4);
940 PrintBitPattern(AliHLTUInt32_t(GetLocalTrigY(localStruct)), 1);
942 PrintBitPattern(AliHLTUInt32_t(GetLocalYPos(localStruct)), 4);
944 PrintBitPattern(AliHLTUInt32_t(GetLocalSXDev(localStruct)), 1);
946 PrintBitPattern(AliHLTUInt32_t(GetLocalXDev(localStruct)), 4);
948 PrintBitPattern(AliHLTUInt32_t(GetLocalXPos(localStruct)), 5);
951 cout << "L0 decision (Dec): [high pT: ";
952 PrintBitPattern((UInt_t)GetLocalHpt(localStruct), 2);
954 switch ((UInt_t)GetLocalHpt(localStruct))
956 case 0: cout << "No trigger"; break;
957 case 1: cout << "-ve particle"; break;
958 case 2: cout << "+ve particle"; break;
959 case 3: cout << "No deviation trigger"; break;
960 default: cout << "UNKNOWN"; break;
962 cout << "), low pT: ";
963 PrintBitPattern((UInt_t)GetLocalLpt(localStruct), 2);
965 switch ((UInt_t)GetLocalLpt(localStruct))
967 case 0: cout << "No trigger"; break;
968 case 1: cout << "-ve particle"; break;
969 case 2: cout << "+ve particle"; break;
970 case 3: cout << "No deviation trigger"; break;
971 default: cout << "UNKNOWN"; break;
973 cout << ")]" << endl;
975 cout << "=========================== Local structure scalars "
976 << setw(3) << fLocNum << setw(0)
977 << " ==========================" << endl;
980 cout << " Number of L0 triggers : " << scalars->fL0 << endl;
981 cout << " Hold (dead time) : " << scalars->fHold << endl;
982 cout << " Number of clock cycles : " << scalars->fClk << endl;
983 cout << " Number of low pT no triggers : " << scalars->fLPtNTrig << endl;
984 cout << " Number of high pT no triggers : " << scalars->fHPtNTrig << endl;
985 cout << " Number of low pT right triggers : " << scalars->fLPtRTrig << endl;
986 cout << " Number of high pT right triggers : " << scalars->fHPtRTrig << endl;
987 cout << " Number of low pT left triggers : " << scalars->fLPtLTrig << endl;
988 cout << " Number of high pT left triggers : " << scalars->fHPtLTrig << endl;
989 cout << " Number of low pT straight triggers : " << scalars->fLPtSTrig << endl;
990 cout << "Number of high pT straight triggers : " << scalars->fHPtSTrig << endl;
992 UInt_t xoryflag = GetLocalComptXY(scalars);
995 cout << "Y strip counts:" << endl;
999 cout << "X strip counts:" << endl;
1001 cout << " | Chamber " << endl;
1002 cout << "Strip | 11 | 12 | 13 | 14" << endl;
1003 cout << "------------------------------------------" << endl;
1004 for (int i = 0; i < 16; i++)
1006 cout << setw(5) << i << setw(0) << " "
1007 << setw(6) << (UInt_t)GetLocalXY1(scalars, i) << setw(0) << " "
1008 << setw(6) << (UInt_t)GetLocalXY2(scalars, i) << setw(0) << " "
1009 << setw(6) << (UInt_t)GetLocalXY3(scalars, i) << setw(0) << " "
1010 << setw(6) << (UInt_t)GetLocalXY4(scalars, i) << setw(0) << endl;
1013 cout << " EOS word : 0x" << setw(8) << setfill('0')
1014 << hex << scalars->fEOS << setw(0) << setfill(fillChar) << dec << endl;
1015 cout << " [ Switches : 0x" << setw(3)
1016 << setfill('0') << hex << (UInt_t)GetLocalSwitch(scalars)
1017 << setw(0) << setfill(fillChar) << dec << " (";
1018 PrintBitPattern((UInt_t)GetLocalSwitch(scalars) >> 8, 2); cout << " ";
1019 PrintBitPattern((UInt_t)GetLocalSwitch(scalars) >> 4, 4); cout << " ";
1020 PrintBitPattern((UInt_t)GetLocalSwitch(scalars) >> 0, 4);
1021 cout << "b) ]" << endl;
1022 cout << " [ X or Y : " << xoryflag
1023 << ((xoryflag == 1) ? " (scalars for Y strips) ]" : " (scalars for X strips) ]")
1026 cout << "Reset signal : " << scalars->fReset << endl;
1030 cout << "(None found)" << endl;
1035 void AliTriggerDecoderHandler::OnError(ErrorCode error, const void* location)
1037 TryDumpCorruptData(location);
1039 ErrorCodeToMessage(error), error,
1040 ErrorCodeToString(error), location
1044 } // end of namespace
1047 int DumpRawDataHeader(
1048 const char* buffer, unsigned long bufferSize, const AliRawDataHeader* header,
1052 cout << "*************************** Common DDL data header *******************************" << endl;
1053 char fillChar = cout.fill(); // remember fill char to set back to original later.
1054 int result = CheckHeaderField(header->fSize, buffer, bufferSize, continueParse);
1055 if (result != EXIT_SUCCESS) return result;
1056 cout << "Size of the raw data in bytes : ";
1057 if (header->fSize != 0xFFFFFFFF)
1058 cout << header->fSize;
1060 cout << "0xFFFFFFFF (unknown)";
1063 result = CheckHeaderField(header->fWord2, buffer, bufferSize, continueParse);
1064 if (result != EXIT_SUCCESS) return result;
1065 cout << " Format version : " << UInt_t(header->GetVersion()) << endl;
1066 UInt_t l1msg = header->GetL1TriggerMessage();
1067 cout << " L1 trigger message : 0x"
1068 << noshowbase << hex << setfill('0') << setw(2) << l1msg
1069 << setw(0) << setfill(fillChar) << dec
1070 << " [Spare: " << ((l1msg >> 7) & 0x1)
1071 << ", ClT: " << ((l1msg >> 6) & 0x1)
1072 << ", RoC: 0x" << noshowbase << hex << ((l1msg >> 2) & 0x4) << dec
1073 << ", ESR: " << ((l1msg >> 1) & 0x1)
1074 << ", L1SwC: " << ((l1msg >> 0) & 0x1) << "]" << endl;
1075 cout << " Bunch crossing (Event ID1) : " << header->GetEventID1() << " (0x"
1076 << noshowbase << hex << setfill('0') << setw(3) << header->GetEventID1()
1077 << dec << setw(0) << setfill(fillChar) << ")" << endl;
1079 result = CheckHeaderField(header->fEventID2, buffer, bufferSize, continueParse);
1080 if (result != EXIT_SUCCESS) return result;
1081 cout << " Orbit number (Event ID2) : " << header->fEventID2 << " (0x"
1082 << noshowbase << hex << setfill('0') << setw(6) << header->fEventID2
1083 << dec << setw(0) << setfill(fillChar) << ")" << endl;
1085 result = CheckHeaderField(header->fAttributesSubDetectors, buffer, bufferSize, continueParse);
1086 if (result != EXIT_SUCCESS) return result;
1087 cout << " Block attributes : " << UInt_t(header->GetAttributes()) << " (0x"
1088 << noshowbase << hex << setfill('0') << setw(2) << UInt_t(header->GetAttributes())
1089 << dec << setw(0) << setfill(fillChar) << ")" << endl;
1090 cout << " Participating sub-detectors : 0x" << noshowbase << hex
1091 << setfill('0') << setw(6) << header->GetSubDetectors() << dec
1092 << setw(0) << setfill(fillChar) << " [Bits: ";
1093 for (int i = 5; i >= 0; i--)
1095 PrintBitPattern(header->GetSubDetectors() >> (i*4), 4);
1099 cout << "]" << endl;
1102 result = CheckHeaderField(header->fStatusMiniEventID, buffer, bufferSize, continueParse);
1103 if (result != EXIT_SUCCESS) return result;
1104 UInt_t statusBits = header->GetStatus();
1105 cout << " Status & error bits : 0x" << noshowbase << hex
1106 << setfill('0') << setw(4) << statusBits << setw(0) << setfill(fillChar)
1108 cout << " [ Reserved : " << ((statusBits >> 15) & 0x1) << " ]" << endl;
1109 cout << " [ Multi-event buffer error : " << ((statusBits >> 14) & 0x1) << " ]" << endl;
1110 cout << " [ Trigger L1 missing error : " << ((statusBits >> 13) & 0x1) << " ]" << endl;
1111 cout << " [ Trigger error (other) : " << ((statusBits >> 12) & 0x1) << " ]" << endl;
1112 cout << " [ Pre-pulse error : " << ((statusBits >> 11) & 0x1) << " ]" << endl;
1113 cout << " [ Trigger L2 time violation : " << ((statusBits >> 10) & 0x1) << " ]" << endl;
1114 cout << " [ Trigger L1 time violation : " << ((statusBits >> 9) & 0x1) << " ]" << endl;
1115 cout << " [ DDG payload flag : " << ((statusBits >> 8) & 0x1) << " ]" << endl;
1116 cout << " [ HLT payload flag : " << ((statusBits >> 7) & 0x1) << " ]" << endl;
1117 cout << " [ HLT decision flag : " << ((statusBits >> 6) & 0x1) << " ]" << endl;
1118 cout << " [ FEE error : " << ((statusBits >> 5) & 0x1) << " ]" << endl;
1119 cout << " [ Trigger information unavailable : " << ((statusBits >> 4) & 0x1) << " ]" << endl;
1120 cout << " [ Control parity error : " << ((statusBits >> 3) & 0x1) << " ]" << endl;
1121 cout << " [ Data parity error : " << ((statusBits >> 2) & 0x1) << " ]" << endl;
1122 cout << " [ Trigger missing error : " << ((statusBits >> 1) & 0x1) << " ]" << endl;
1123 cout << " [ Trigger overlap error : " << ((statusBits >> 0) & 0x1) << " ]" << endl;
1124 cout << " Mini event ID : " << header->GetMiniEventID() << " (0x"
1125 << noshowbase << hex << setfill('0') << setw(3) << header->GetMiniEventID()
1126 << dec << setw(0) << setfill(fillChar) << ")" << endl;
1128 result = CheckHeaderField(header->fTriggerClassLow, buffer, bufferSize, continueParse);
1129 if (result != EXIT_SUCCESS) return result;
1130 result = CheckHeaderField(header->fROILowTriggerClassHigh, buffer, bufferSize, continueParse);
1131 if (result != EXIT_SUCCESS) return result;
1132 ULong64_t triggerClasses = header->GetTriggerClasses();
1133 cout << " Trigger classes : 0x" << noshowbase << hex << setw(13)
1134 << setfill('0') << triggerClasses << setw(0) << setfill(fillChar)
1137 PrintBitPattern(triggerClasses >> (12*4), 2);
1139 for (int i = 11; i >= 0; i--)
1141 PrintBitPattern(triggerClasses >> (i*4), 4);
1145 cout << "]" << endl;
1148 result = CheckHeaderField(header->fROIHigh, buffer, bufferSize, continueParse);
1149 if (result != EXIT_SUCCESS) return result;
1150 ULong64_t roiBits = header->GetROI();
1151 cout << " Region of interest : 0x" << noshowbase << hex << setw(9)
1152 << setfill('0') << roiBits << setw(0) << setfill(fillChar)
1155 for (int i = 8; i >= 0; i--)
1157 PrintBitPattern(roiBits >> (i*4), 4);
1161 cout << "]" << endl;
1163 cout << "**********************************************************************************" <<endl;
1164 return EXIT_SUCCESS;
1168 int DumpTrackerDDLRawStream(
1169 const char* buffer, unsigned long bufferSize,
1173 const AliRawDataHeader* header =
1174 reinterpret_cast<const AliRawDataHeader*>(buffer);
1175 int result = DumpRawDataHeader(buffer, bufferSize, header, continueParse);
1176 if (result != EXIT_SUCCESS) return result;
1178 // Setup the decoder for the DDL payload.
1179 AliMUONTrackerDDLDecoder<AliTrackerDecoderHandler> decoder;
1180 decoder.ExitOnError(not continueParse);
1181 decoder.SendDataOnParityError(true);
1182 decoder.TryRecover(false);
1183 decoder.AutoDetectTrailer(true);
1184 decoder.CheckForTrailer(true);
1185 const char* payload = buffer + sizeof(AliRawDataHeader);
1186 UInt_t payloadSize = bufferSize - sizeof(AliRawDataHeader);
1187 if (decoder.Decode(payload, payloadSize))
1189 return EXIT_SUCCESS;
1198 int DumpTriggerDDLRawStream(
1199 const char* buffer, unsigned long bufferSize,
1203 const AliRawDataHeader* header =
1204 reinterpret_cast<const AliRawDataHeader*>(buffer);
1205 int result = DumpRawDataHeader(buffer, bufferSize, header, continueParse);
1206 if(result != EXIT_SUCCESS) return result;
1207 bool scalarEvent = ((header->GetL1TriggerMessage() & 0x1) == 0x1);
1209 AliMUONTriggerDDLDecoder<AliTriggerDecoderHandler> decoder;
1210 decoder.ExitOnError(not continueParse);
1211 decoder.TryRecover(false);
1212 decoder.AutoDetectScalars(false);
1213 const char* payload = buffer + sizeof(AliRawDataHeader);
1214 UInt_t payloadSize = bufferSize - sizeof(AliRawDataHeader);
1215 if (decoder.Decode(payload, payloadSize, scalarEvent))
1217 return EXIT_SUCCESS;
1226 int DumpRecHitStruct(
1227 const char* buffer, unsigned long bufferSize,
1228 const AliHLTMUONRecHitStruct* hit,
1232 // Step through the fields trying to print them.
1233 // At each step check if we have not overflowed the buffer. If we have
1234 // not, then we can print the field, otherwise we print the left over
1235 // bytes assumed to be corrupted rubbish.
1237 int result = CheckField(hit->fFlags, buffer, bufferSize, continueParse);
1238 if (result != EXIT_SUCCESS) return result;
1239 AliHLTUInt8_t chamber = 0xFF;
1240 AliHLTUInt16_t detElemId = 0xFFFF;
1241 AliHLTMUONUtils::UnpackRecHitFlags(hit->fFlags, chamber, detElemId);
1242 if (chamber == 0 and detElemId == 0)
1244 cout << setw(10) << left << (int)(chamber) << setw(0);
1245 cout << setw(12) << left << (int)detElemId << setw(0);
1249 cout << setw(10) << left << (int)(chamber+1) << setw(0);
1250 cout << setw(12) << left << (int)detElemId << setw(0);
1253 result = CheckField(hit->fX, buffer, bufferSize, continueParse);
1254 if (result != EXIT_SUCCESS) return result;
1255 cout << setw(13) << left << hit->fX << setw(0);
1257 result = CheckField(hit->fY, buffer, bufferSize, continueParse);
1258 if (result != EXIT_SUCCESS) return result;
1259 cout << setw(13) << left << hit->fY << setw(0);
1261 result = CheckField(hit->fZ, buffer, bufferSize, continueParse);
1262 if (result != EXIT_SUCCESS) return result;
1263 cout << hit->fZ << setw(0) << endl;
1269 int DumpRecHitsBlock(
1270 const char* buffer, unsigned long bufferSize,
1274 int result = EXIT_SUCCESS;
1275 AliHLTMUONRecHitsBlockReader block(buffer, bufferSize);
1277 result = CheckCommonHeader(block, buffer, bufferSize, continueParse);
1278 if (result != EXIT_SUCCESS and not continueParse) return result;
1280 AliHLTUInt32_t nentries = CalculateNEntries(block, bufferSize);
1282 // Print the data block record entries.
1283 cout << "Chamber | DetElemID | X (cm) | Y (cm) | Z (cm)" << endl;
1284 cout << "-----------------------------------------------------------" << endl;
1285 const AliHLTMUONRecHitStruct* entry = block.GetArray();
1286 for(AliHLTUInt32_t i = 0; i < nentries; i++)
1288 int subResult = DumpRecHitStruct(buffer, bufferSize, entry++, continueParse);
1289 if (subResult != EXIT_SUCCESS) return subResult;
1296 int DumpTriggerRecordStruct(
1297 const char* buffer, unsigned long bufferSize,
1298 const AliHLTMUONTriggerRecordStruct* record,
1302 // Step through the fields trying to print them.
1303 // At each step check if we have not overflowed the buffer. If we have
1304 // not, then we can print the field, otherwise we print the left over
1305 // bytes assumed to be corrupted rubbish.
1306 int result = CheckField(record->fId, buffer, bufferSize, continueParse);
1307 if (result != EXIT_SUCCESS) return result;
1308 cout << "Trigger Record ID: " << record->fId <<endl;
1310 result = CheckField(record->fFlags, buffer, bufferSize, continueParse);
1311 if (result != EXIT_SUCCESS) return result;
1312 cout << "Flags: " << showbase << hex << record->fFlags << dec;
1314 // Print the individual trigger bits.
1315 AliHLTMUONParticleSign sign;
1317 AliHLTMUONUtils::UnpackTriggerRecordFlags(record->fFlags, sign, hitset);
1318 cout << " [Sign: " << sign << ", Hits set on chambers: ";
1320 for (AliHLTUInt32_t i = 0; i < 4; i++)
1324 cout << (first ? "" : ", ") << i+11;
1328 cout << (first ? "none]" : "]") << endl;
1330 result = CheckField(record->fPx, buffer, bufferSize, continueParse);
1331 if (result != EXIT_SUCCESS) return result;
1332 cout << "Momentum: (px = " << record->fPx << ", ";
1334 result = CheckField(record->fPy, buffer, bufferSize, continueParse);
1335 if (result != EXIT_SUCCESS) return result;
1336 cout << "py = " << record->fPy << ", ";
1338 result = CheckField(record->fPz, buffer, bufferSize, continueParse);
1339 if (result != EXIT_SUCCESS) return result;
1340 cout << "pz = " << record->fPz << ") GeV/c"<<endl;
1342 cout << "Hits on chambers:" << endl;
1343 cout << "Chamber | DetElemID | X (cm) | Y (cm) | Z (cm)" << endl;
1344 cout << "-----------------------------------------------------------" << endl;
1345 const AliHLTMUONRecHitStruct* hit = &record->fHit[0];
1346 for(AliHLTUInt32_t ch = 0; ch < 4; ch++)
1348 result = DumpRecHitStruct(buffer, bufferSize, hit++, continueParse);
1349 if (result != EXIT_SUCCESS) return result;
1357 int DumpTriggerRecordsBlock(
1358 const char* buffer, unsigned long bufferSize,
1362 AliHLTMUONTriggerRecordsBlockReader block(buffer, bufferSize);
1364 int result = CheckCommonHeader(block, buffer, bufferSize, continueParse);
1365 if (result != EXIT_SUCCESS and not continueParse) return result;
1367 AliHLTUInt32_t nentries = CalculateNEntries(block, bufferSize);
1369 // Print the data block record entries.
1370 const AliHLTMUONTriggerRecordStruct* entry = block.GetArray();
1371 for(AliHLTUInt32_t i = 0; i < nentries; i++)
1373 cout << "============================== Trigger Record number " << i+1
1374 << " of " << nentries << " ==============================" << endl;
1375 int subResult = DumpTriggerRecordStruct(buffer, bufferSize, entry++, continueParse);
1376 if (subResult != EXIT_SUCCESS) return subResult;
1379 return EXIT_SUCCESS;
1383 int DumpTrigRecInfoStruct(
1384 const char* buffer, unsigned long bufferSize,
1385 const AliHLTMUONTrigRecInfoStruct* debuginfo,
1389 // Step through the fields trying to print them.
1390 // At each step check if we have not overflowed the buffer. If we have
1391 // not, then we can print the field, otherwise we print the left over
1392 // bytes assumed to be corrupted rubbish.
1394 int result = CheckField(debuginfo->fTrigRecId, buffer, bufferSize, continueParse);
1395 if (result != EXIT_SUCCESS) return result;
1396 cout << "Trigger Record ID: " << debuginfo->fTrigRecId << endl;
1398 cout << "Detector element IDs:" << endl;
1399 cout << " Chamber : 11 | 12 | 13 | 14" << endl;
1401 for (int i = 0; i < 4; i++)
1403 result = CheckField(debuginfo->fDetElemId[i], buffer, bufferSize, continueParse);
1404 if (result != EXIT_SUCCESS) return result;
1405 cout << setw(12) << right << debuginfo->fDetElemId[i] << setw(0);
1406 if (i != 3) cout << " | ";
1410 cout << "Momentum estimation parameters:" << endl;
1411 cout << " Parameter : Z_middle coordinate (cm) | Integrated magnetic field (T.m)" << endl;
1412 cout << " Value : ";
1413 result = CheckField(debuginfo->fZmiddle, buffer, bufferSize, continueParse);
1414 if(result != EXIT_SUCCESS) return result;
1415 cout << setw(24) << right << debuginfo->fZmiddle << setw(0) << " | ";
1417 result = CheckField(debuginfo->fBl, buffer, bufferSize, continueParse);
1418 if (result != EXIT_SUCCESS) return result;
1419 cout << setw(31) << right << debuginfo->fBl << setw(0) << endl;
1421 typedef AliMUONTriggerDDLDecoderEventHandler AliH;
1423 cout << "L0 strip patterns:" << endl;
1424 cout << "Chamber | X | Y " << endl;
1425 cout << "----------------------------------------------" << endl;
1426 result = CheckField(debuginfo->fL0Struct.fX2X1, buffer, bufferSize, continueParse);
1427 if (result != EXIT_SUCCESS) return result;
1429 PrintBitPattern(AliH::GetLocalX1(&debuginfo->fL0Struct), 16);
1430 result = CheckField(debuginfo->fL0Struct.fY2Y1, buffer, bufferSize, continueParse);
1431 if (result != EXIT_SUCCESS) return result;
1433 PrintBitPattern(AliH::GetLocalY1(&debuginfo->fL0Struct), 16);
1436 PrintBitPattern(AliH::GetLocalX2(&debuginfo->fL0Struct), 16);
1438 PrintBitPattern(AliH::GetLocalY2(&debuginfo->fL0Struct), 16);
1441 result = CheckField(debuginfo->fL0Struct.fX4X3, buffer, bufferSize, continueParse);
1442 if (result != EXIT_SUCCESS) return result;
1444 PrintBitPattern(AliH::GetLocalX3(&debuginfo->fL0Struct), 16);
1445 result = CheckField(debuginfo->fL0Struct.fY4Y3, buffer, bufferSize, continueParse);
1446 if (result != EXIT_SUCCESS) return result;
1448 PrintBitPattern(AliH::GetLocalY3(&debuginfo->fL0Struct), 16);
1451 PrintBitPattern(AliH::GetLocalX4(&debuginfo->fL0Struct), 16);
1453 PrintBitPattern(AliH::GetLocalY4(&debuginfo->fL0Struct), 16);
1456 cout << "L0 trigger bits: (word = ";
1457 result = CheckField(debuginfo->fL0Struct.fTriggerBits, buffer, bufferSize, continueParse);
1458 if (result != EXIT_SUCCESS) return result;
1459 cout << showbase << hex << debuginfo->fL0Struct.fTriggerBits
1460 << noshowbase << dec << ")" << endl;
1461 cout << " ID | Dec | TrigY | YPos | Sign XDev | XDev | XPos " << endl;
1462 cout << "------------------------------------------------------" << endl;
1463 PrintBitPattern(AliHLTUInt32_t(AliH::GetLocalId(&debuginfo->fL0Struct)), 4);
1465 PrintBitPattern(AliHLTUInt32_t(AliH::GetLocalDec(&debuginfo->fL0Struct)), 4);
1467 PrintBitPattern(AliHLTUInt32_t(AliH::GetLocalTrigY(&debuginfo->fL0Struct)), 1);
1469 PrintBitPattern(AliHLTUInt32_t(AliH::GetLocalYPos(&debuginfo->fL0Struct)), 4);
1471 PrintBitPattern(AliHLTUInt32_t(AliH::GetLocalSXDev(&debuginfo->fL0Struct)), 1);
1473 PrintBitPattern(AliHLTUInt32_t(AliH::GetLocalXDev(&debuginfo->fL0Struct)), 4);
1475 PrintBitPattern(AliHLTUInt32_t(AliH::GetLocalXPos(&debuginfo->fL0Struct)), 5);
1482 int DumpTrigRecsDebugBlock(
1483 const char* buffer, unsigned long bufferSize,
1487 AliHLTMUONTrigRecsDebugBlockReader block(buffer, bufferSize);
1489 int result = CheckCommonHeader(block, buffer, bufferSize, continueParse);
1490 if (result != EXIT_SUCCESS and not continueParse) return result;
1492 AliHLTUInt32_t nentries = CalculateNEntries(block, bufferSize);
1494 // Print the data block record entries.
1495 const AliHLTMUONTrigRecInfoStruct* entry = block.GetArray();
1496 for(AliHLTUInt32_t i = 0; i < nentries; i++)
1498 cout << "======================= Trigger Record debug data " << i+1
1499 << " of " << nentries << " =======================" << endl;
1500 int subResult = DumpTrigRecInfoStruct(buffer, bufferSize, entry++, continueParse);
1501 if (subResult != EXIT_SUCCESS) return subResult;
1504 return EXIT_SUCCESS;
1508 int DumpClusterStruct(
1509 const char* buffer, unsigned long bufferSize,
1510 const AliHLTMUONClusterStruct* cluster,
1514 // Step through the fields trying to print them.
1515 // At each step check if we have not overflowed the buffer. If we have
1516 // not, then we can print the field, otherwise we print the left over
1517 // bytes assumed to be corrupted rubbish.
1518 int result = CheckField(cluster->fId, buffer, bufferSize, continueParse);
1519 if (result != EXIT_SUCCESS) return result;
1520 cout << " Cluster ID: " << cluster->fId << endl;
1522 result = CheckField(cluster->fDetElemId, buffer, bufferSize, continueParse);
1523 if (result != EXIT_SUCCESS) return result;
1524 cout << " Detector Element ID: " << cluster->fDetElemId << endl;
1526 result = CheckField(cluster->fNchannelsB, buffer, bufferSize, continueParse);
1527 if (result != EXIT_SUCCESS) return result;
1528 cout << " Number of channels in bending plane: " << cluster->fNchannelsB << endl;
1530 result = CheckField(cluster->fNchannelsNB, buffer, bufferSize, continueParse);
1531 if (result != EXIT_SUCCESS) return result;
1532 cout << "Number of channels in non-bending plane: " << cluster->fNchannelsNB << endl;
1534 result = CheckField(cluster->fChargeB, buffer, bufferSize, continueParse);
1535 if (result != EXIT_SUCCESS) return result;
1536 cout << " Charge on bending plane: " << cluster->fChargeB << endl;
1538 result = CheckField(cluster->fChargeNB, buffer, bufferSize, continueParse);
1539 if (result != EXIT_SUCCESS) return result;
1540 cout << " Charge on non bending plane: " << cluster->fChargeNB << endl;
1542 cout << "Corresponding Hit: "<< endl;
1543 cout << "Chamber | DetElemID | X (cm) | Y (cm) | Z (cm)" << endl;
1544 cout << "-----------------------------------------------------------" << endl;
1545 result = DumpRecHitStruct(buffer, bufferSize, &cluster->fHit, continueParse);
1551 int DumpClustersBlock(
1552 const char* buffer, unsigned long bufferSize,
1556 int result = EXIT_SUCCESS;
1557 AliHLTMUONClustersBlockReader block(buffer, bufferSize);
1559 result = CheckCommonHeader(block, buffer, bufferSize, continueParse);
1560 if (result != EXIT_SUCCESS and not continueParse) return result;
1562 AliHLTUInt32_t nentries = CalculateNEntries(block, bufferSize);
1564 // Print the data block record entries.
1565 const AliHLTMUONClusterStruct* entry = block.GetArray();
1566 for(AliHLTUInt32_t i = 0; i < nentries; i++)
1568 cout << "======================= Cluster Number "
1569 << i+1 << " =======================" << endl;
1570 int subResult = DumpClusterStruct(buffer, bufferSize, entry++, continueParse);
1571 if (subResult != EXIT_SUCCESS) return subResult;
1578 int DumpChannelStruct(
1579 const char* buffer, unsigned long bufferSize,
1580 const AliHLTMUONChannelStruct* channel,
1584 // Step through the fields trying to print them.
1585 // At each step check if we have not overflowed the buffer. If we have
1586 // not, then we can print the field, otherwise we print the left over
1587 // bytes assumed to be corrupted rubbish.
1588 int result = CheckField(channel->fClusterId, buffer, bufferSize, continueParse);
1589 if (result != EXIT_SUCCESS) return result;
1590 cout << setw(16) << left << channel->fClusterId << setw(0);
1592 result = CheckField(channel->fBusPatch, buffer, bufferSize, continueParse);
1593 if (result != EXIT_SUCCESS) return result;
1594 cout << setw(16) << left << channel->fBusPatch << setw(0);
1596 result = CheckField(channel->fManu, buffer, bufferSize, continueParse);
1597 if (result != EXIT_SUCCESS) return result;
1598 cout << setw(16) << left << channel->fManu << setw(0);
1600 result = CheckField(channel->fChannelAddress, buffer, bufferSize, continueParse);
1601 if (result != EXIT_SUCCESS) return result;
1602 cout << setw(16) << left << channel->fChannelAddress << setw(0);
1604 result = CheckField(channel->fSignal, buffer, bufferSize, continueParse);
1605 if(result != EXIT_SUCCESS) return result;
1606 cout << setw(16) << left << channel->fSignal << setw(0);
1608 result = CheckField(channel->fRawDataWord, buffer, bufferSize, continueParse);
1609 if(result != EXIT_SUCCESS) return result;
1610 cout << showbase << hex << channel->fRawDataWord << dec << setw(0) <<endl;
1616 int DumpChannelsBlock(
1617 const char* buffer, unsigned long bufferSize,
1621 int result = EXIT_SUCCESS;
1622 AliHLTMUONChannelsBlockReader block(buffer, bufferSize);
1624 result = CheckCommonHeader(block, buffer, bufferSize, continueParse);
1625 if (result != EXIT_SUCCESS and not continueParse) return result;
1627 AliHLTUInt32_t nentries = CalculateNEntries(block, bufferSize);
1629 // Print the data block record entries.
1630 cout << "Cluster ID | Bus Patch | Manu Address | Channel Addr | Signal Value | Raw Data Word " << endl;
1631 cout << "----------------------------------------------------------------------------------------------" << endl;
1632 const AliHLTMUONChannelStruct* entry = block.GetArray();
1633 for(AliHLTUInt32_t i = 0; i < nentries; i++)
1635 int subResult = DumpChannelStruct(buffer, bufferSize, entry++, continueParse);
1636 if (subResult != EXIT_SUCCESS) return subResult;
1638 return EXIT_SUCCESS;
1642 int DumpMansoTrackStruct(
1643 const char* buffer, unsigned long bufferSize,
1644 const AliHLTMUONMansoTrackStruct* track,
1648 // Step through the fields trying to print them.
1649 // At each step check if we have not overflowed the buffer. If we have
1650 // not, then we can print the field, otherwise we print the left over
1651 // bytes assumed to be corrupted rubbish.
1652 int result = CheckField(track->fId, buffer, bufferSize, continueParse);
1653 if (result != EXIT_SUCCESS) return result;
1654 cout << "Track ID: " << track->fId << "\t";
1656 result = CheckField(track->fTrigRec, buffer, bufferSize, continueParse);
1657 if (result != EXIT_SUCCESS) return result;
1658 cout << "Trigger Record ID: " << track->fTrigRec << endl;
1660 result = CheckField(track->fFlags, buffer, bufferSize, continueParse);
1661 if (result != EXIT_SUCCESS) return result;
1662 cout << "Flags: " << showbase << hex << track->fFlags << dec;
1664 // Print the individual trigger bits.
1665 AliHLTMUONParticleSign sign;
1667 AliHLTMUONUtils::UnpackMansoTrackFlags(track->fFlags, sign, hitset);
1668 cout << " [Sign: " << sign << ", Hits set on chambers: ";
1670 for (AliHLTUInt32_t i = 0; i < 4; i++)
1674 cout << (first ? "" : ", ") << i+7;
1678 cout << (first ? "none]" : "]") << endl;
1680 result = CheckField(track->fPx, buffer, bufferSize, continueParse);
1681 if (result != EXIT_SUCCESS) return result;
1682 cout << "Momentum: (px = " << track->fPx << ", ";
1684 result = CheckField(track->fPy, buffer, bufferSize, continueParse);
1685 if (result != EXIT_SUCCESS) return result;
1686 cout << "py = " << track->fPy << ", ";
1688 result = CheckField(track->fPz, buffer, bufferSize, continueParse);
1689 if (result != EXIT_SUCCESS) return result;
1690 cout << "pz = " << track->fPz << ") GeV/c\t";
1692 result = CheckField(track->fChi2, buffer, bufferSize, continueParse);
1693 if (result != EXIT_SUCCESS) return result;
1694 cout << "Chi squared fit: " << track->fChi2 << endl;
1696 cout << "Track hits:" << endl;
1697 cout << "Chamber | DetElemID | X (cm) | Y (cm) | Z (cm)" << endl;
1698 cout << "-----------------------------------------------------------" << endl;
1699 const AliHLTMUONRecHitStruct* hit = &track->fHit[0];
1700 for(AliHLTUInt32_t ch = 0; ch < 4; ch++)
1702 result = DumpRecHitStruct(buffer, bufferSize, hit++, continueParse);
1703 if (result != EXIT_SUCCESS) return result;
1710 int DumpMansoTracksBlock(
1711 const char* buffer, unsigned long bufferSize,
1715 int result = EXIT_SUCCESS;
1716 AliHLTMUONMansoTracksBlockReader block(buffer, bufferSize);
1718 result = CheckCommonHeader(block, buffer, bufferSize, continueParse);
1719 if (result != EXIT_SUCCESS and not continueParse) return result;
1721 AliHLTUInt32_t nentries = CalculateNEntries(block, bufferSize);
1723 // Print the data block record entries.
1724 const AliHLTMUONMansoTrackStruct* entry = block.GetArray();
1725 for(AliHLTUInt32_t i = 0; i < nentries; i++)
1727 cout << "============================== Manso track number " << i+1
1728 << " of " << nentries << " ==============================" << endl;
1729 int subResult = DumpMansoTrackStruct(buffer, bufferSize, entry++, continueParse);
1730 if (subResult != EXIT_SUCCESS) return subResult;
1737 int DumpMansoRoIStruct(
1738 const char* buffer, unsigned long bufferSize,
1739 const AliHLTMUONMansoRoIStruct* roi,
1743 // Step through the fields trying to print them.
1744 // At each step check if we have not overflowed the buffer. If we have
1745 // not, then we can print the field, otherwise we print the left over
1746 // bytes assumed to be corrupted rubbish.
1747 int result = CheckField(roi->fX, buffer, bufferSize, continueParse);
1748 if (result != EXIT_SUCCESS) return result;
1749 cout << setw(13) << left << roi->fX << setw(0);
1751 result = CheckField(roi->fY, buffer, bufferSize, continueParse);
1752 if (result != EXIT_SUCCESS) return result;
1753 cout << setw(13) << left << roi->fY << setw(0);
1755 result = CheckField(roi->fZ, buffer, bufferSize, continueParse);
1756 if (result != EXIT_SUCCESS) return result;
1757 cout << setw(13) << left << roi->fZ << setw(0);
1759 result = CheckField(roi->fRadius, buffer, bufferSize, continueParse);
1760 if (result != EXIT_SUCCESS) return result;
1761 cout << roi->fRadius << setw(0) << endl;
1767 int DumpMansoCandidateStruct(
1768 const char* buffer, unsigned long bufferSize,
1769 const AliHLTMUONMansoCandidateStruct* candidate,
1773 int result = DumpMansoTrackStruct(buffer, bufferSize, &candidate->fTrack, continueParse);
1774 if (result != EXIT_SUCCESS) return result;
1776 cout << "Regions of interest:" << endl;
1777 cout << "Chamber | X (cm) | Y (cm) | Z (cm) | Radius (cm)" << endl;
1778 cout << "-------------------------------------------------------------" << endl;
1779 const AliHLTMUONMansoRoIStruct* roi = &candidate->fRoI[0];
1780 for(AliHLTUInt32_t ch = 0; ch < 4; ch++)
1782 cout << setw(10) << ch + 7;
1783 result = DumpMansoRoIStruct(buffer, bufferSize, roi++, continueParse);
1784 if (result != EXIT_SUCCESS) return result;
1787 cout << "Momentum estimation parameters:" << endl;
1788 cout << " Parameter : Z_middle coordinate (cm) | Integrated magnetic field (T.m)" << endl;
1789 cout << " Value : ";
1790 result = CheckField(candidate->fZmiddle, buffer, bufferSize, continueParse);
1791 if(result != EXIT_SUCCESS) return result;
1792 cout << setw(24) << right << candidate->fZmiddle << setw(0) << " | ";
1794 result = CheckField(candidate->fBl, buffer, bufferSize, continueParse);
1795 if (result != EXIT_SUCCESS) return result;
1796 cout << setw(31) << right << candidate->fBl << setw(0) << endl;
1802 int DumpMansoCandidatesBlock(
1803 const char* buffer, unsigned long bufferSize,
1807 int result = EXIT_SUCCESS;
1808 AliHLTMUONMansoCandidatesBlockReader block(buffer, bufferSize);
1810 result = CheckCommonHeader(block, buffer, bufferSize, continueParse);
1811 if (result != EXIT_SUCCESS and not continueParse) return result;
1813 AliHLTUInt32_t nentries = CalculateNEntries(block, bufferSize);
1815 // Print the data block record entries.
1816 const AliHLTMUONMansoCandidateStruct* entry = block.GetArray();
1817 for(AliHLTUInt32_t i = 0; i < nentries; i++)
1819 cout << "=========================== Manso track candidate number " << i+1
1820 << " of " << nentries << " ===========================" << endl;
1821 int subResult = DumpMansoCandidateStruct(buffer, bufferSize, entry++, continueParse);
1822 if (subResult != EXIT_SUCCESS) return subResult;
1829 int DumpSinglesDecisionBlockHeader(
1830 const char* buffer, unsigned long bufferSize,
1831 const AliHLTMUONSinglesDecisionBlockStruct* header,
1835 // Step through the header fields trying to print them.
1836 // At each step check if we have not overflowed the buffer, if we have
1837 // not then we can print the field, otherwise we print the left over
1838 // bytes assumed to be corrupted rubbish.
1839 int result = CheckHeaderField(header->fNlowPt, buffer, bufferSize, continueParse);
1840 if (result != EXIT_SUCCESS) return result;
1841 cout << " Number of low pt triggers: " << header->fNlowPt << endl;
1843 result = CheckHeaderField(header->fNhighPt, buffer, bufferSize, continueParse);
1844 if (result != EXIT_SUCCESS) return result;
1845 cout << "Number of high pt triggers: " << header->fNhighPt << endl;
1851 int DumpTrackDecisionStruct(
1852 const char* buffer, unsigned long bufferSize,
1853 const AliHLTMUONTrackDecisionStruct* decision,
1857 // Step through the fields trying to print them.
1858 // At each step check if we have not overflowed the buffer. If we have
1859 // not, then we can print the field, otherwise we print the left over
1860 // bytes assumed to be corrupted rubbish.
1861 int result = CheckField(decision->fTrackId, buffer, bufferSize, continueParse);
1862 if (result != EXIT_SUCCESS) return result;
1863 cout << setw(13) << left << decision->fTrackId << setw(0);
1865 result = CheckField(decision->fTriggerBits, buffer, bufferSize, continueParse);
1866 if (result != EXIT_SUCCESS) return result;
1867 cout << setw(12) << left << showbase << hex << decision->fTriggerBits
1870 // Print the individual trigger bits.
1872 AliHLTMUONUtils::UnpackTrackDecisionBits(decision->fTriggerBits, highPt, lowPt);
1873 cout << setw(7) << left << (highPt ? "yes" : "no");
1874 cout << setw(8) << left << (lowPt ? "yes" : "no");
1876 result = CheckField(decision->fPt, buffer, bufferSize, continueParse);
1877 if (result != EXIT_SUCCESS) return result;
1878 cout << setw(0) << decision->fPt << endl;
1884 int DumpSinglesDecisionBlock(
1885 const char* buffer, unsigned long bufferSize,
1889 int result = EXIT_SUCCESS;
1890 AliHLTMUONSinglesDecisionBlockReader block(buffer, bufferSize);
1892 result = CheckCommonHeader(block, buffer, bufferSize, continueParse);
1893 if (result != EXIT_SUCCESS and not continueParse) return result;
1895 // Dump the rest of the block header.
1896 const AliHLTMUONSinglesDecisionBlockStruct* header = &block.BlockHeader();
1897 int subResult = DumpSinglesDecisionBlockHeader(buffer, bufferSize, header, continueParse);
1898 if (subResult != EXIT_SUCCESS) return subResult;
1900 AliHLTUInt32_t nentries = CalculateNEntries(block, bufferSize);
1902 // Print the data block record entries.
1903 cout << " | Trigger Bits |" << endl;
1904 cout << "Track ID | Raw HighPt LowPt | pT" << endl;
1905 cout << "----------------------------------------------------" << endl;
1906 const AliHLTMUONTrackDecisionStruct* entry = block.GetArray();
1907 for(AliHLTUInt32_t i = 0; i < nentries; i++)
1909 subResult = DumpTrackDecisionStruct(buffer, bufferSize, entry++, continueParse);
1910 if (subResult != EXIT_SUCCESS) return subResult;
1917 int DumpPairsDecisionBlockHeader(
1918 const char* buffer, unsigned long bufferSize,
1919 const AliHLTMUONPairsDecisionBlockStruct* header,
1923 // Step through the header fields trying to print them.
1924 // At each step check if we have not overflowed the buffer, if we have
1925 // not then we can print the field, otherwise we print the left over
1926 // bytes assumed to be corrupted rubbish.
1927 int result = CheckHeaderField(header->fNunlikeAnyPt, buffer, bufferSize, continueParse);
1928 if (result != EXIT_SUCCESS) return result;
1929 cout << " Number of unlike all pt triggers: " << header->fNunlikeAnyPt << endl;
1931 result = CheckHeaderField(header->fNunlikeLowPt, buffer, bufferSize, continueParse);
1932 if (result != EXIT_SUCCESS) return result;
1933 cout << " Number of unlike low pt triggers: " << header->fNunlikeLowPt << endl;
1935 result = CheckHeaderField(header->fNunlikeHighPt, buffer, bufferSize, continueParse);
1936 if (result != EXIT_SUCCESS) return result;
1937 cout << " Number of unlike high pt triggers: " << header->fNunlikeHighPt << endl;
1939 result = CheckHeaderField(header->fNlikeAnyPt, buffer, bufferSize, continueParse);
1940 if (result != EXIT_SUCCESS) return result;
1941 cout << " Number of like any pt triggers: " << header->fNlikeAnyPt << endl;
1943 result = CheckHeaderField(header->fNlikeLowPt, buffer, bufferSize, continueParse);
1944 if (result != EXIT_SUCCESS) return result;
1945 cout << " Number of like low pt triggers: " << header->fNlikeLowPt << endl;
1947 result = CheckHeaderField(header->fNlikeHighPt, buffer, bufferSize, continueParse);
1948 if (result != EXIT_SUCCESS) return result;
1949 cout << " Number of like high pt triggers: " << header->fNlikeHighPt << endl;
1951 result = CheckHeaderField(header->fNmassAny, buffer, bufferSize, continueParse);
1952 if (result != EXIT_SUCCESS) return result;
1953 cout << " Number of all invariant mass triggers: " << header->fNmassAny << endl;
1955 result = CheckHeaderField(header->fNmassLow, buffer, bufferSize, continueParse);
1956 if (result != EXIT_SUCCESS) return result;
1957 cout << " Number of low invariant mass triggers: " << header->fNmassLow << endl;
1959 result = CheckHeaderField(header->fNmassHigh, buffer, bufferSize, continueParse);
1960 if (result != EXIT_SUCCESS) return result;
1961 cout << "Number of high invariant mass triggers: " << header->fNmassHigh << endl;
1967 int DumpPairDecisionStruct(
1968 const char* buffer, unsigned long bufferSize,
1969 const AliHLTMUONPairDecisionStruct* decision,
1973 // Step through the fields trying to print them.
1974 // At each step check if we have not overflowed the buffer. If we have
1975 // not, then we can print the field, otherwise we print the left over
1976 // bytes assumed to be corrupted rubbish.
1977 int result = CheckField(decision->fTrackAId, buffer, bufferSize, continueParse);
1978 if (result != EXIT_SUCCESS) return result;
1979 cout << setw(13) << left << decision->fTrackAId << setw(0);
1981 result = CheckField(decision->fTrackBId, buffer, bufferSize, continueParse);
1982 if (result != EXIT_SUCCESS) return result;
1983 cout << setw(13) << left << decision->fTrackBId << setw(0);
1985 result = CheckField(decision->fTriggerBits, buffer, bufferSize, continueParse);
1986 if (result != EXIT_SUCCESS) return result;
1987 cout << setw(12) << left << showbase << hex << decision->fTriggerBits
1990 // Print the individual trigger bits.
1991 bool highMass, lowMass, unlike;
1992 AliHLTUInt8_t highPtCount, lowPtCount;
1993 AliHLTMUONUtils::UnpackPairDecisionBits(
1994 decision->fTriggerBits,
1995 highMass, lowMass, unlike, highPtCount, lowPtCount
1997 cout << setw(7) << left << (highMass ? "yes" : "no");
1998 cout << setw(7) << left << (lowMass ? "yes" : "no");
1999 cout << setw(7) << left << (unlike ? "yes" : "no");
2000 cout << setw(6) << left << AliHLTUInt16_t(highPtCount);
2001 cout << setw(8) << left << AliHLTUInt16_t(lowPtCount);
2004 result = CheckField(decision->fInvMass, buffer, bufferSize, continueParse);
2005 if (result != EXIT_SUCCESS) return result;
2006 cout << decision->fInvMass << endl;
2008 return EXIT_SUCCESS;
2012 int DumpPairsDecisionBlock(
2013 const char* buffer, unsigned long bufferSize,
2017 int result = EXIT_SUCCESS;
2018 AliHLTMUONPairsDecisionBlockReader block(buffer, bufferSize);
2020 result = CheckCommonHeader(block, buffer, bufferSize, continueParse);
2021 if (result != EXIT_SUCCESS and not continueParse) return result;
2023 // Dump the rest of the block header.
2024 const AliHLTMUONPairsDecisionBlockStruct* header = &block.BlockHeader();
2025 int subResult = DumpPairsDecisionBlockHeader(buffer, bufferSize, header, continueParse);
2026 if (subResult != EXIT_SUCCESS) return subResult;
2028 AliHLTUInt32_t nentries = CalculateNEntries(block, bufferSize);
2030 // Print the data block record entries.
2031 cout << " | | Trigger Bits |" << endl;
2032 cout << "Track A ID | Track B ID | Raw HiMass LoMass Unlike HiPt# LoPt# | Invariant mass" << endl;
2033 cout << "----------------------------------------------------------------------------------------" << endl;
2034 const AliHLTMUONPairDecisionStruct* entry = block.GetArray();
2035 for(AliHLTUInt32_t i = 0; i < nentries; i++)
2037 subResult = DumpPairDecisionStruct(buffer, bufferSize, entry++, continueParse);
2038 if (subResult != EXIT_SUCCESS) return subResult;
2045 int DumpCommonHeader(
2046 const char* buffer, unsigned long bufferSize,
2047 const AliHLTMUONDataBlockHeader* header, bool continueParse
2050 // Step through the header fields trying to print them.
2051 // At each step check if we have not overflowed the buffer, if we have
2052 // not then we can print the field, otherwise we print the left over
2053 // bytes assumed to be corrupted rubbish.
2054 int result = CheckHeaderField(header->fType, buffer, bufferSize, continueParse);
2055 if (result != EXIT_SUCCESS) return result;
2056 AliHLTMUONDataBlockType type = AliHLTMUONDataBlockType(header->fType);
2057 cout << " Block type: " << type << endl;
2059 result = CheckHeaderField(header->fRecordWidth, buffer, bufferSize, continueParse);
2060 if (result != EXIT_SUCCESS) return result;
2061 cout << " Record width: " << header->fRecordWidth << endl;
2063 result = CheckHeaderField(header->fNrecords, buffer, bufferSize, continueParse);
2064 if (result != EXIT_SUCCESS) return result;
2065 cout << "Number of entries: " << header->fNrecords << endl;
2071 * Method to look for a certain data word key in the buffer.
2072 * \param buffer The start location in the buffer to search.
2073 * \param end The end of the buffer.
2074 * \returns the pointer position just past the word found or
2075 * NULL if the word was not found in the buffer.
2077 const char* FindDataWord(const char* buffer, const char* end, UInt_t word)
2079 for (const char* current = buffer; (current+1) <= end; current += sizeof(UInt_t))
2081 const UInt_t* currentWord = reinterpret_cast<const UInt_t*>(current);
2082 if (*currentWord == word) return current + sizeof(UInt_t);
2088 * Method to check if the data buffer is really a raw DDL stream.
2089 * \returns kUnknownDataBlock if this does not look like a raw DDL stream.
2090 * kTrackerDDLRawData if this looks like a raw DDL stream from the tracker.
2091 * kTriggerDDLRawData if this looks like a raw DDL stream from the trigger.
2093 int CheckIfDDLStream(const char* buffer, unsigned long bufferSize)
2095 if (bufferSize < sizeof(AliRawDataHeader)) return kUnknownDataBlock;
2097 const AliRawDataHeader* cdhHeader =
2098 reinterpret_cast<const AliRawDataHeader*>(buffer);
2100 // Keep scores of indicators / tests that show this is a raw DDL stream
2101 // either from the trigger or tracker. We will decide if the stream is
2102 // indeed a raw DDL stream if the largest of the two scores is above a
2103 // minimum threshold.
2104 int trackerScore = 0;
2105 int triggerScore = 0;
2107 if (cdhHeader->fSize == UInt_t(-1) or cdhHeader->fSize == bufferSize)
2113 if (cdhHeader->GetVersion() == 2)
2119 const char* payload = buffer + sizeof(AliRawDataHeader);
2120 const char* payloadEnd = buffer + bufferSize;
2122 typedef AliMUONTrackerDDLDecoder<AliMUONTrackerDDLDecoderEventHandler> AliTrkDecoder;
2123 typedef AliMUONTriggerDDLDecoder<AliMUONTriggerDDLDecoderEventHandler> AliTrgDecoder;
2125 // See if the DDL data has a payload with data word keys as expected by
2126 // AliMUONTrackerDDLDecoder.
2127 const char* current = payload;
2128 while ( (current = FindDataWord(current, payloadEnd, AliTrkDecoder::BlockDataKeyWord())) != NULL )
2133 while ( (current = FindDataWord(current, payloadEnd, AliTrkDecoder::DspDataKeyWord())) != NULL )
2138 while ( (current = FindDataWord(current, payloadEnd, AliTrkDecoder::BusPatchDataKeyWord())) != NULL )
2143 while ( (current = FindDataWord(current, payloadEnd, AliTrkDecoder::EndOfDDLWord())) != NULL )
2148 // See if the DDL data has a payload with data word keys as expected by
2149 // AliMUONTriggerDDLDecoder.
2151 while ( (current = FindDataWord(current, payloadEnd, AliTrgDecoder::EndOfDarcWord())) != NULL )
2156 while ( (current = FindDataWord(current, payloadEnd, AliTrgDecoder::EndOfGlobalWord())) != NULL )
2161 while ( (current = FindDataWord(current, payloadEnd, AliTrgDecoder::EndOfRegionalWord())) != NULL )
2166 while ( (current = FindDataWord(current, payloadEnd, AliTrgDecoder::EndOfLocalWord())) != NULL )
2171 if (triggerScore > trackerScore)
2173 if (triggerScore >= 6) return kTriggerDDLRawData;
2177 if (trackerScore >= 6) return kTrackerDDLRawData;
2179 return kUnknownDataBlock;
2183 * Parses the buffer and prints the contents to screen.
2184 * [in] \param buffer The pointer to the buffer to parse.
2185 * [in] \param bufferSize The size of the buffer in bytes.
2186 * [in] \param continueParse If specified then the we try to continue parsing the
2187 * buffer as much as possible.
2188 * [in/out] \param type Initialy this should indicate the type of the data block
2189 * or kUnknownDataBlock if not known. On exit it will be filled with
2190 * the type of the data block as discovered by this routine if type
2191 * initially contained kUnknownDataBlock.
2192 * \returns The error code indicating the problem. EXIT_SUCCESS is returned
2196 const char* buffer, unsigned long bufferSize,
2197 bool continueParse, int& type
2200 assert( buffer != NULL );
2201 int result = EXIT_SUCCESS;
2202 int subResult = EXIT_FAILURE;
2204 // If the -type|-t option was not used in the command line then we need to
2205 // figure out what type of data block this is from the data itself.
2206 bool ddlStream = false;
2207 if (type == kUnknownDataBlock)
2209 // First check if this is a raw DDL stream, if not then assume it is
2210 // some kind of internal dHLT raw data block.
2211 int streamType = CheckIfDDLStream(buffer, bufferSize);
2212 if (streamType == kTrackerDDLRawData or streamType == kTriggerDDLRawData)
2218 else if (type == kTrackerDDLRawData or type == kTriggerDDLRawData)
2225 if (bufferSize < sizeof(AliHLTMUONDataBlockHeader))
2227 cerr << "ERROR: The size of the file is too small to contain a"
2228 " valid data block." << endl;
2229 result = PARSE_ERROR;
2230 if (not continueParse) return result;
2232 const AliHLTMUONDataBlockHeader* header =
2233 reinterpret_cast<const AliHLTMUONDataBlockHeader*>(buffer);
2235 subResult = DumpCommonHeader(buffer, bufferSize, header, continueParse);
2236 if (subResult != EXIT_SUCCESS) return subResult;
2239 // Check if the block type in the header corresponds to the type given
2240 // by the '-type' command line parameter. If they do not then print an
2241 // error or big fat warning message and force interpretation of the data
2242 // block with the type given by '-type'.
2243 AliHLTMUONDataBlockType headerType = AliHLTMUONDataBlockType(header->fType);
2245 if (type == kUnknownDataBlock)
2247 // -type not used in the command line so just use what is given
2248 // by the data block header.
2251 else if (type != headerType)
2253 cerr << "WARNING: The data block header indicates a type"
2254 " different from what was specified on the command line."
2255 " The data could be corrupt."
2257 cerr << "WARNING: The type value in the file is "
2258 << showbase << hex << header->fType
2259 << " (" << headerType << "), but on the command line it is "
2260 << showbase << hex << int(type) << dec
2261 << " (" << type << ")."
2263 cerr << "WARNING: Will force the interpretation of the data block"
2264 " with a type of " << type << "." << endl;
2268 // Now we know what type the data block is supposed to be, so we can
2269 // dump it to screen with the appropriate dump routine.
2272 case kTrackerDDLRawData:
2273 subResult = DumpTrackerDDLRawStream(buffer, bufferSize, continueParse);
2274 if (subResult != EXIT_SUCCESS) result = subResult;
2276 case kTriggerDDLRawData:
2277 subResult = DumpTriggerDDLRawStream(buffer, bufferSize, continueParse);
2278 if (subResult != EXIT_SUCCESS) result = subResult;
2280 case kTriggerRecordsDataBlock:
2281 subResult = DumpTriggerRecordsBlock(buffer, bufferSize, continueParse);
2282 if (subResult != EXIT_SUCCESS) result = subResult;
2284 case kTrigRecsDebugDataBlock:
2285 subResult = DumpTrigRecsDebugBlock(buffer, bufferSize, continueParse);
2286 if (subResult != EXIT_SUCCESS) result = subResult;
2288 case kRecHitsDataBlock:
2289 subResult = DumpRecHitsBlock(buffer, bufferSize, continueParse);
2290 if (subResult != EXIT_SUCCESS) result = subResult;
2292 case kClustersDataBlock:
2293 subResult = DumpClustersBlock(buffer, bufferSize, continueParse);
2294 if (subResult != EXIT_SUCCESS) result = subResult;
2296 case kChannelsDataBlock:
2297 return DumpChannelsBlock(buffer, bufferSize, continueParse);
2298 if (subResult != EXIT_SUCCESS) result = subResult;
2300 case kMansoTracksDataBlock:
2301 subResult = DumpMansoTracksBlock(buffer, bufferSize, continueParse);
2302 if (subResult != EXIT_SUCCESS) result = subResult;
2304 case kMansoCandidatesDataBlock:
2305 subResult = DumpMansoCandidatesBlock(buffer, bufferSize, continueParse);
2306 if (subResult != EXIT_SUCCESS) result = subResult;
2308 case kSinglesDecisionDataBlock:
2309 subResult = DumpSinglesDecisionBlock(buffer, bufferSize, continueParse);
2310 if (subResult != EXIT_SUCCESS) result = subResult;
2312 case kPairsDecisionDataBlock:
2313 return DumpPairsDecisionBlock(buffer, bufferSize, continueParse);
2314 if (subResult != EXIT_SUCCESS) result = subResult;
2317 cout << "ERROR: Unknown data block type. Found a type number of "
2318 << showbase << hex << int(type) << dec
2319 << " (" << int(type) << ")." << endl;
2320 result = PARSE_ERROR;
2327 * Convert the type code to a string.
2329 const char* TypeToString(int type)
2331 if (type == kTrackerDDLRawData or type == kTriggerDDLRawData)
2333 static char str[kAliHLTComponentDataTypefIDsize+1];
2334 AliHLTComponentDataType t = AliHLTMUONConstants::DDLRawDataType();
2335 memcpy(&str, &t.fID, kAliHLTComponentDataTypefIDsize);
2336 // Must insert the NULL character to make this an ANSI C string.
2337 str[kAliHLTComponentDataTypefIDsize] = '\0';
2342 return AliHLTMUONUtils::DataBlockTypeToString(AliHLTMUONDataBlockType(type));
2347 * Find the data specification from the filename and return it in string format.
2349 const char* TryDecodeDataSpec(const char* filename)
2351 TString name = filename;
2353 TRegexp re1("MUONTR[GK]_[0123456789]+\\.ddl$");
2355 Ssiz_t pos = re1.Index(name, &length);
2359 for (Ssiz_t i = 0; i < length; i++)
2360 substr += name[pos+i];
2361 TRegexp re("[0123456789]+");
2362 pos = re.Index(substr, &length);
2364 for (Ssiz_t i = 0; i < length; i++)
2365 num += substr[pos+i];
2366 AliHLTUInt32_t spec = AliHLTMUONUtils::EquipIdToSpec(num.Atoi());
2367 static char strbuf[32];
2368 sprintf(&strbuf[0], "0x%8.8X", spec);
2372 TRegexp re2("_MUON\\:.+_0x[0123456789abscefABCDEF]+\\.dat$");
2373 pos = re2.Index(name, &length);
2377 for (Ssiz_t i = 0; i < length; i++)
2378 substr += name[pos+i];
2379 TRegexp re("0x[0123456789abscefABCDEF]+");
2380 pos = re.Index(substr, &length);
2382 for (Ssiz_t i = 0; i < length; i++)
2383 num += substr[pos+i];
2384 static TString result = num;
2385 return result.Data();
2393 // CDB path and run number to use.
2394 const char* gCDBPath = "local://$ALICE_ROOT/OCDB";
2395 Int_t gRunNumber = 0;
2399 * Performs basic data integrity checks of the data block using the
2400 * AliHLTMUONDataCheckerComponent.
2401 * [in] \param sys The HLT system framework.
2402 * [in] \param filename The name of the file containing the data block to check.
2403 * [in] \param type Must indicate the type of the data block.
2404 * [in] \param dataspec The data specification of the data block. NULL if none.
2405 * [in] \param maxLogging If set to true then full logging is turned on for AliHLTSystem.
2406 * \returns The error code indicating the problem. EXIT_SUCCESS is returned
2409 int CheckDataIntegrity(
2410 AliHLTSystem& sys, const char* filename, int type,
2411 const char* dataspec, bool maxLogging
2416 AliLog::SetGlobalLogLevel(AliLog::kMaxType);
2417 sys.SetGlobalLoggingLevel(kHLTLogAll);
2421 AliLog::SetGlobalLogLevel(AliLog::kWarning);
2422 int level = kHLTLogWarning | kHLTLogError | kHLTLogFatal;
2423 sys.SetGlobalLoggingLevel(AliHLTComponentLogSeverity(level));
2426 sys.LoadComponentLibraries("libAliHLTUtil.so");
2427 sys.LoadComponentLibraries("libAliHLTMUON.so");
2429 // Setup the component parameter lists and then the components.
2430 TString dcparams = "-return_error -warn_on_unexpected_block -no_global_check -cdbpath ";
2431 dcparams += gCDBPath;
2432 dcparams += " -run ";
2433 dcparams += gRunNumber;
2434 TString fpparams = "-datatype '";
2435 fpparams += TypeToString(type);
2436 fpparams += "' 'MUON'";
2437 if (dataspec != NULL)
2439 fpparams += " -dataspec ";
2440 fpparams += dataspec;
2444 const char* spec = TryDecodeDataSpec(filename);
2447 fpparams += " -dataspec ";
2452 dcparams += " -ignorespec";
2455 fpparams += " -datafile ";
2456 fpparams += filename;
2457 TString fpname = "filePublisher_";
2459 TString dcname = "checker_";
2464 cout << "DEBUG: Using the following flags for FilePublisher: \""
2465 << fpparams.Data() << "\""<< endl;
2466 cout << "DEBUG: Using the following flags for "
2467 << AliHLTMUONConstants::DataCheckerComponentId()
2468 << ": \"" << dcparams.Data() << "\""<< endl;
2471 AliHLTConfiguration(fpname.Data(), "FilePublisher", NULL, fpparams.Data());
2472 AliHLTConfiguration checker(
2473 dcname.Data(), AliHLTMUONConstants::DataCheckerComponentId(),
2474 fpname.Data(), dcparams.Data()
2477 // Build and run the HLT tasks.
2478 if (sys.BuildTaskList(dcname.Data()) != 0) return HLTSYSTEM_ERROR;
2479 if (maxLogging) sys.PrintTaskList();
2480 if (sys.Run() != 1) return HLTSYSTEM_ERROR;
2483 if (sys.CleanTaskList() != 0) return HLTSYSTEM_ERROR;
2485 return EXIT_SUCCESS;
2490 * The caller is responsible for freeing memory allocated for buffer with a call
2491 * to delete [] buffer.
2493 int ReadFile(const char* filename, char*& buffer, unsigned long& bufferSize)
2495 assert( filename != NULL );
2497 // Open the file and find its size.
2499 file.open(filename, ios::in);
2502 cerr << "ERROR: Could not open the file: " << filename << endl;
2503 return SYSTEM_ERROR;
2505 file.seekg(0, ios::end);
2508 cerr << "ERROR: Could not seek in the file: " << filename << endl;
2509 return SYSTEM_ERROR;
2511 bufferSize = file.tellg();
2514 cerr << "ERROR: Could not get file size for the file: " <<
2516 return SYSTEM_ERROR;
2518 file.seekg(0, ios::beg);
2521 cerr << "ERROR: Could not seek in the file: " << filename << endl;
2522 return SYSTEM_ERROR;
2525 // Allocate the memory for the file.
2528 buffer = new char[bufferSize];
2530 catch (const std::bad_alloc&)
2532 cerr << "ERROR: Out of memory. Tried to allocate " << bufferSize
2533 << " bytes." << endl;
2534 return SYSTEM_ERROR;
2537 file.read(buffer, bufferSize);
2543 cerr << "ERROR: Could not read from file: " << filename << endl;
2544 return SYSTEM_ERROR;
2553 cerr << "ERROR: Could not close the file: " << filename << endl;
2554 return SYSTEM_ERROR;
2557 return EXIT_SUCCESS;
2561 * Prints the command line usage of this program to standard error.
2563 void PrintUsage(bool asError = true)
2565 std::ostream& os = asError ? cerr : cout;
2566 os << "Usage: dHLTdumpraw [-help|-h] [-continue|-c] [-type|-t <typename>] [-check|-k]" << endl;
2567 os << " [-debug|-d] [-dataspec|-s <number>] [-cdbpath|-p <url>] [-run|-r <number>]" << endl;
2568 os << " <filename> [<filename> ...]" << endl;
2569 os << "Where <filename> is the name of a file containing a raw data block." << endl;
2570 os << "Options:" << endl;
2571 os << " -help | -h" << endl;
2572 os << " Displays this message." << endl;
2573 os << " -continue | -c" << endl;
2574 os << " If specified, the program will try to continue parsing the data block" << endl;
2575 os << " as much as possible rather than stopping at the first error." << endl;
2576 os << " -type | -t <typename>" << endl;
2577 os << " Forces the contents of the subsequent files specified on the command" << endl;
2578 os << " line to be interpreted as a specific type of data block." << endl;
2579 os << " Where <typename> can be one of:" << endl;
2580 os << " rawtracker - raw DDL stream from tracker chambers." << endl;
2581 os << " rawtrigger - raw DDL stream from trigger chambers." << endl;
2582 os << " trigrecs - trigger records data." << endl;
2583 os << " trigrecsdebug - debugging information about trigger records." << endl;
2584 os << " rechits - reconstructed hits data." << endl;
2585 os << " channels - channel debugging information from hit reconstruction." << endl;
2586 os << " clusters - cluster debugging information from hit reconstruction." << endl;
2587 os << " mansotracks - partial tracks from Manso algorithm." << endl;
2588 os << " mansocandidates - track candidates considered in the Manso algorithm." << endl;
2589 os << " singlesdecision - trigger decisions for single tracks." << endl;
2590 os << " pairsdecision - trigger decisions for track pairs." << endl;
2591 os << " autodetect - the type of the data block will be automatically" << endl;
2592 os << " detected." << endl;
2593 os << " -check | -k" << endl;
2594 os << " If specified then data integrity checks are performed on the raw data." << endl;
2595 os << " Warnings and errors are printed as problems are found with the data, but" << endl;
2596 os << " the data will still be converted into ROOT objects as best as possible." << endl;
2597 os << " -debug | -d" << endl;
2598 os << " If specified, then the all debug messages are printed by the AliHLTSystem." << endl;
2599 os << " This is only useful if experiencing problems with the -check|-k option." << endl;
2600 os << " -dataspec | -s <number>" << endl;
2601 os << " When specified, then <number> is used as the data specification for the" << endl;
2602 os << " data file that follows. This option is only useful with the -check|-k option." << endl;
2603 os << " -cdbpath | -p <url>" << endl;
2604 os << " The path to the CDB to use when running with the -check | -k option." << endl;
2605 os << " -run | -r <number>" << endl;
2606 os << " The run number to use when running with the -check | -k option." << endl;
2610 * Parses the command line.
2611 * @param argc Number of arguments as given in main().
2612 * @param argv Array of arguments as given in main().
2613 * @param filenames Pointer to buffer storing file name strings.
2614 * @param filetypes Array that receives the type of the data block expected, i.e.
2615 * the value of the -type flag for the corresponding file.
2616 * @param dataspecs Data specifications to use for the data files.
2617 * @param numOfFiles Receives the number of file name strings that were found
2618 * and added to 'filenames'.
2619 * @param continueParse Set to true if the user requested to continue to parse
2621 * @param checkData Set to true if data integrity checking was requested.
2622 * @param maxLogging Set to true if maximal logging was requested.
2623 * @return A status flag suitable for returning from main(), containing either
2624 * EXIT_SUCCESS or CMDLINE_ERROR.
2626 int ParseCommandLine(
2629 const char** filenames,
2631 const char** dataspecs,
2633 bool& continueParse,
2639 continueParse = false;
2642 int currentType = kUnknownDataBlock;
2643 const char* currentDataSpec = NULL;
2644 bool pathSet = false;
2645 bool runSet = false;
2647 // Parse the command line.
2648 for (int i = 1; i < argc; i++)
2650 if (strcmp(argv[i], "-help") == 0 or strcmp(argv[i], "-h") == 0)
2653 return EXIT_SUCCESS;
2655 else if (strcmp(argv[i], "-continue") == 0 or strcmp(argv[i], "-c") == 0)
2657 continueParse = true;
2659 else if (strcmp(argv[i], "-type") == 0 or strcmp(argv[i], "-t") == 0)
2663 cerr << "ERROR: Missing a type specifier." << endl << endl;
2665 return CMDLINE_ERROR;
2667 // Now we need to parse the typename in the command line.
2668 if (strcmp(argv[i], "autodetect") == 0)
2670 currentType = kUnknownDataBlock;
2672 else if (strcmp(argv[i], "rawtracker") == 0)
2674 currentType = kTrackerDDLRawData;
2676 else if (strcmp(argv[i], "rawtrigger") == 0)
2678 currentType = kTriggerDDLRawData;
2682 currentType = AliHLTMUONUtils::ParseCommandLineTypeString(argv[i]);
2683 if (currentType == kUnknownDataBlock)
2685 cerr << "ERROR: Invalid type name '" << argv[i]
2686 << "' specified for argument " << argv[i-1]
2687 << "." << endl << endl;
2689 return CMDLINE_ERROR;
2693 else if (strcmp(argv[i], "-debug") == 0 or strcmp(argv[i], "-d") == 0)
2697 else if (strcmp(argv[i], "-check") == 0 or strcmp(argv[i], "-k") == 0)
2701 else if (strcmp(argv[i], "-dataspec") == 0 or strcmp(argv[i], "-s") == 0)
2705 cerr << "ERROR: Missing a specification number." << endl << endl;
2707 return CMDLINE_ERROR;
2710 char* errPos = NULL;
2711 unsigned long num = strtoul(argv[i], &errPos, 0);
2712 if (errPos == NULL or *errPos != '\0')
2714 cerr << "ERROR: Cannot convert '%s' to a data specification number."
2716 return CMDLINE_ERROR;
2718 if (not AliHLTMUONUtils::IsSpecValid(num))
2720 cerr << "ERROR: The data specification number is not a valid format."
2722 return CMDLINE_ERROR;
2724 currentDataSpec = argv[i];
2726 else if (strcmp(argv[i], "-cdbpath") == 0 or strcmp(argv[i], "-p") == 0)
2730 cerr << "WARNING: Already used -cdbpath|-p with '" << gCDBPath
2731 << "' before. Will override it with the last value specified with -cdbpath|-p."
2736 cerr << "ERROR: Missing the URL for the CDB path." << endl << endl;
2738 return CMDLINE_ERROR;
2743 else if (strcmp(argv[i], "-run") == 0 or strcmp(argv[i], "-r") == 0)
2747 cerr << "WARNING: Already used -run|-r with " << gRunNumber
2748 << " before. Will override it with the last value specified with -run|-r."
2753 cerr << "ERROR: Missing the run number." << endl << endl;
2755 return CMDLINE_ERROR;
2759 Int_t run = Int_t( strtol(argv[i], &cpErr, 0) );
2760 if (cpErr == NULL or *cpErr != '\0' or run < 0)
2762 cerr << "ERROR: Cannot convert '" << argv[i] << "' to a valid run number."
2763 " Expected a positive integer value." << endl;
2764 return CMDLINE_ERROR;
2772 assert( numOfFiles < argc );
2773 filenames[numOfFiles] = argv[i];
2774 filetypes[numOfFiles] = currentType;
2775 dataspecs[numOfFiles] = currentDataSpec;
2776 currentDataSpec = NULL; // Reset because '-dataspec' option is only valid for one file.
2781 // Now check that we have at least one filename and all the flags we need.
2782 if (numOfFiles == 0)
2784 cerr << "ERROR: Missing a file name. You must specify at least one file to process."
2787 return CMDLINE_ERROR;
2790 return EXIT_SUCCESS;
2794 int main(int argc, const char** argv)
2796 // Test endianess of this machine during runtime and print warning if it is not
2803 endianTest.dword = 0x1;
2804 if (endianTest.byte[0] != 0x1)
2806 cerr << "!!!! WARNING !! WARNING !! WARNING !! WARNING !! WARNING !! WARNING !!!!!" << endl;
2807 cerr << "!!!! WARNING !! WARNING !! WARNING !! WARNING !! WARNING !! WARNING !!!!!" << endl;
2808 cerr << "!! !!" << endl;
2809 cerr << "!! This is not a little endian machine, but dHLT raw data is normally !!" << endl;
2810 cerr << "!! generated in little endian format. Unless you are looking at localy !!" << endl;
2811 cerr << "!! created simulated data, then this program will not show you correct !!" << endl;
2812 cerr << "!! output. !!" << endl;
2813 cerr << "!! !!" << endl;
2814 cerr << "!!!! WARNING !! WARNING !! WARNING !! WARNING !! WARNING !! WARNING !!!!!" << endl;
2815 cerr << "!!!! WARNING !! WARNING !! WARNING !! WARNING !! WARNING !! WARNING !!!!!" << endl;
2821 bool continueParse = false;
2822 bool checkData = false;
2823 bool maxLogging = false;
2824 int returnCode = EXIT_SUCCESS;
2825 char* buffer = NULL;
2826 const char** filename = NULL;
2827 int* filetype = NULL;
2828 const char** dataspec = NULL;
2832 // Reduce logging now to get rid of informationals from AliHLTSystem constructor.
2833 AliLog::SetGlobalLogLevel(AliLog::kWarning);
2836 // There will be at least 'argc' number of filenames.
2837 typedef const char* AnsiString;
2838 filename = new AnsiString[argc];
2839 filetype = new int[argc];
2840 dataspec = new AnsiString[argc];
2842 returnCode = ParseCommandLine(
2843 argc, argv, filename, filetype, dataspec, numOfFiles,
2844 continueParse, checkData, maxLogging
2847 if (returnCode == EXIT_SUCCESS)
2849 for (int i = 0; i < numOfFiles; i++)
2851 unsigned long bufferSize = 0;
2852 returnCode = ReadFile(filename[i], buffer, bufferSize);
2853 if (returnCode != EXIT_SUCCESS) break;
2856 cout << "########## Start of dump for file: "
2857 << filename[i] << " ##########" << endl;
2859 int result = ParseBuffer(buffer, bufferSize, continueParse, filetype[i]);
2860 if (buffer != NULL) delete [] buffer;
2861 if (result != EXIT_SUCCESS)
2863 returnCode = result;
2864 if (not continueParse) break;
2868 result = CheckDataIntegrity(
2869 sys, filename[i], filetype[i],
2870 dataspec[i], maxLogging
2872 if (result != EXIT_SUCCESS)
2874 returnCode = result;
2875 if (not continueParse) break;
2880 cout << "########## End of dump for file: " <<
2881 filename[i] << " ##########" << endl;
2892 cerr << "FATAL ERROR: An unknown exception occurred!" << endl << endl;
2893 returnCode = FATAL_ERROR;
2894 if (buffer != NULL) delete [] buffer;
2895 if (filename != NULL) delete [] filename;
2896 if (filetype != NULL) delete [] filetype;
2897 if (dataspec != NULL) delete [] dataspec;