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FecTraits_v1_3.cc

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#include "FecReadoutFormat/FecTraits_v1_3.h"

#include "DaqReadoutFormat/BitsDefinition.h"

using DybDaq::DaqTraits;
using DybDaq::FecTraits_v1_3;
using std::string;

const unsigned int FecTraits_v1_3::m_indices[] = {
   0U,  // kFecMarker
   0U,  // kRpcCFId
   0U,  // kRpcFecId
   0U,  // kTransErr1
   0U,  // kTransErr2
   0U,  // kTrigType
   0U,  // kFullFlag
   0U,  // kValidGPS
   0U,  // kValidCLK
   0U,  // kUsingUTC
   1U,  // kSecond
   2U,  // kNanoSecond
   3U   // kFecHitMap
};

const unsigned int FecTraits_v1_3::m_shifts[] = {
   16U,  // kFecMarker
   12U,  // kRpcCFId
    8U,  // kRpcFecId
    7U,  // kTransErr1
    6U,  // kTransErr2
    4U,  // kTrigType
    3U,  // kFullFlag
    2U,  // kValidGPS
    1U,  // kValidCLK
    0U,  // kUsingUTC
    0U,  // kSecond
    0U,  // kNanoSecond
    0U   // kFecHitMap
};

const unsigned int FecTraits_v1_3::m_masks[] = {
   0x0000ffff,  // kFecMarker
   0x0000000f,  // kRpcCFId
   0x0000000f,  // kRpcFecId
   0x00000001,  // kTransErr1
   0x00000001,  // kTransErr2
   0x00000003,  // kTrigType
   0x00000001,  // kFullFlag
   0x00000001,  // kValidGPS
   0x00000001,  // kValidCLK
   0x00000001,  // kUsingUTC
   0xffffffff,  // kSecond
   0xffffffff,  // kNanoSecond
   0xffffffff   // kFecHitMap
};

static const std::string m_description[] = {
    "FEC Data marker",
    "FEC Control FPGA Id",
    "FEC Id",
    "FEC Trans. Error 1",
    "FEC Trans. Error 2",
    "FEC Trigger Type",
    "FEC is Full",
    "FEC Has Valid GPS",
    "FEC Has Valid Clock",
    "FEC Using UTC",
    "FEC Unix Time",
    "FEC Nanoseconds",
    "FEC Hit Map"
};

static const unsigned int kFecDataElements[] = {
    0U,  // kFecMarker
    1U,  // kRpcCFId
    2U,  // kRpcFecId
    3U,  // kTransErr1
    4U,  // kTransErr2
    5U,  // kTrigType
    6U,  // kFullFlag
    7U,  // kValidGPS
    8U,  // kValidCLK
    9U,  // kUsingUTC
   10U,  // kSecond
   11U,  // kNanoSecond
   12U   // kFecHitMap
};

static const unsigned int* m_componentFields[] = {
    kFecDataElements // FEC Data
};

static const unsigned int m_componentFieldsEnd[] = {
    13U // FEC Data
};

static DaqTraits::Definitions* m_definitions[] = {
    0 // FEC Data
};

const char* FecTraits_v1_3::key() {
   return "FEC Format 1.3";
}

FecTraits_v1_3::FecTraits_v1_3() {
}

FecTraits_v1_3::~FecTraits_v1_3() {
}

unsigned int FecTraits_v1_3::majorVersion() const {
   return 1U;
}

unsigned int FecTraits_v1_3::minorVersion() const {
   return 3U;
}

const string FecTraits_v1_3::versionString() const {
   return key();
}

unsigned int FecTraits_v1_3::fecSize() const {
   return 4U;
}

void FecTraits_v1_3::initializeFec(char* buffer) const {
   *((unsigned int*)buffer) = 0x7e7e0000U;
}

unsigned int FecTraits_v1_3::markersEnd() const {
   return 0U;
}

const unsigned int* FecTraits_v1_3::markers() const {
   return 0;
}

unsigned int FecTraits_v1_3::fieldsEnd() const {
   return kFecHitMap + 1;
}

const unsigned int* FecTraits_v1_3::indices() const {
   return m_indices;
}

const unsigned int* FecTraits_v1_3::shifts() const {
        return m_shifts;
}

const unsigned int* FecTraits_v1_3::masks() const {
        return m_masks;
}

const std::string* FecTraits_v1_3::descriptions() const {
    return m_description;
}

DaqTraits::Definitions* FecTraits_v1_3::definitions(unsigned int component) const {
    return m_definitions[component];
}

void FecTraits_v1_3::setDefinitions(DaqTraits::Definitions* definitions,
                                    unsigned int component) {
    m_definitions[component] = definitions;
}

const unsigned int* FecTraits_v1_3::componentFields(unsigned int component) const {
    return m_componentFields[component];
}

const unsigned int FecTraits_v1_3::componentFieldsEnd(unsigned int component) const {
    return m_componentFieldsEnd[component];
}

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