dunedaq::daqdataformats Namespace Reference

Namespaces
namespace	python

Classes
struct	ComponentRequest
	A request sent to a Component, including the SourceID of the component and the window offset and width. More...
class	Fragment
	C++ Representation of a DUNE Fragment, wrapping the flat byte array that is the Fragment's "actual" form. More...
struct	FragmentHeader
	The header for a DUNE Fragment. More...
struct	SourceID
	SourceID is a generalized representation of the source of a piece of data in the DAQ. That source could be a physical location in the detector, a running process in the DAQ (e.g. a dataflow app, the source of a data request), etc. More...
class	TimeSlice
	C++ Representation of a DUNE TimeSlice, consisting of a TimeSliceHeader object and a vector of pointers to Fragment objects. More...
struct	TimeSliceHeader
	Additional data fields associated with a TimeSliceHeader. More...
class	TriggerRecord
	C++ Representation of a DUNE TriggerRecord, consisting of a TriggerRecordHeader object and a vector of pointers to Fragment objects. More...
class	TriggerRecordHeader
	C++ representation of a TriggerRecordHeader, which wraps a flat array that is the TriggerRecordHeader's "actual" form. More...
struct	TriggerRecordHeaderData
	Additional data fields associated with a TriggerRecordHeader. More...
class	TypeDefaults
	Default values for daqdataformats types. More...

Typedefs
using	run_number_t = uint32_t
	Type used to represent run number.
using	trigger_number_t = uint64_t
	Type used to represent trigger number.
using	fragment_type_t = uint32_t
	Type used to represent Fragment type ID.
using	fragment_size_t = uint64_t
	Type used to represent Fragment size.
using	timestamp_t = uint64_t
	Type used to represent DUNE timing system timestamps.
using	timestamp_diff_t = int64_t
	Used to represent differences between timestamps.
using	trigger_type_t = uint64_t
	Type used to represent Trigger Decision trigger types.
using	sequence_number_t = uint16_t
	Type used to represent sequence within a trigger record.
using	timeslice_number_t = uint64_t
	Type used to represent timeslice number.

Enumerations
enum class	FragmentStatusBits : size_t {   kLatencyBufferEmpty = 0 , kIncomplete = 1 , kInvalidRequestWindow = 2 , kRequestTimeout = 3 ,   kRequestWindowBeforeBuffer = 4 , kRequestWindowAfterBuffer = 5 , kEmptyFragment = 6 , kUnassigned7 = 7 ,   kUnassigned8 = 8 , kUnassigned9 = 9 , kUnassigned10 = 10 , kUnassigned11 = 11 ,   kUnassigned12 = 12 , kUnassigned13 = 13 , kUnassigned14 = 14 , kUnassigned15 = 15 ,   kUnassigned16 = 16 , kUnassigned17 = 17 , kUnassigned18 = 18 , kUnassigned19 = 19 ,   kUnassigned20 = 20 , kUnassigned21 = 21 , kUnassigned22 = 22 , kUnassigned23 = 23 ,   kUnassigned24 = 24 , kUnassigned25 = 25 , kUnassigned26 = 26 , kUnassigned27 = 27 ,   kUnassigned28 = 28 , kUnassigned29 = 29 , kUnassigned30 = 30 , kUnassigned31 = 31 ,   kInvalid = 32 }
	This enumeration should list all defined status bits, as well as a short documentation of their meaning. More...
enum class	FragmentType : fragment_type_t {   kUnknown = 0 , kProtoWIB = 1 , kWIB = 2 , kDAPHNE = 3 ,   kTDE_AMC = 4 , kFW_TriggerPrimitive = 5 , kTriggerPrimitive = 6 , kTriggerActivity = 7 ,   kTriggerCandidate = 8 , kHardwareSignal = 9 , kPACMAN = 10 , kMPD = 11 ,   kWIBEth = 12 , kDAPHNEStream = 13 , kCRT = 14 , kTDEEth = 15 ,   kCRTBern = 16 , kCRTGrenoble = 17 , kDAPHNEEth = 18 , kDAPHNEEthStream = 19 }
	This enumeration should list all defined Fragment types. More...
enum class	TriggerRecordStatusBits : size_t {   kIncomplete = 0 , kMismatch = 1 , kUnassigned2 = 2 , kUnassigned3 = 3 ,   kUnassigned4 = 4 , kUnassigned5 = 5 , kUnassigned6 = 6 , kUnassigned7 = 7 ,   kUnassigned8 = 8 , kUnassigned9 = 9 , kUnassigned10 = 10 , kUnassigned11 = 11 ,   kUnassigned12 = 12 , kUnassigned13 = 13 , kUnassigned14 = 14 , kUnassigned15 = 15 ,   kUnassigned16 = 16 , kUnassigned17 = 17 , kUnassigned18 = 18 , kUnassigned19 = 19 ,   kUnassigned20 = 20 , kUnassigned21 = 21 , kUnassigned22 = 22 , kUnassigned23 = 23 ,   kUnassigned24 = 24 , kUnassigned25 = 25 , kUnassigned26 = 26 , kUnassigned27 = 27 ,   kUnassigned28 = 28 , kUnassigned29 = 29 , kUnassigned30 = 30 , kUnassigned31 = 31 ,   kInvalid = 32 }
	This enumeration should list all defined status bits, as well as a short documentation of their meaning. More...

Functions
std::ostream &	operator<< (std::ostream &o, ComponentRequest const &cr)
	Write out a ComponentRequest in human-readable form.
std::istream &	operator>> (std::istream &is, ComponentRequest &cr)
	Read a ComponentRequest from a string stream.
std::ostream &	operator<< (std::ostream &o, SourceID::Subsystem const &type)
	Stream a Subsystem instance in a human-readable form.
std::ostream &	operator<< (std::ostream &o, SourceID const &source_id)
	Stream a SourceID instance in a human-readable form.
std::istream &	operator>> (std::istream &is, SourceID::Subsystem &t)
	Read a SourceID::Subsystem from a string stream.
std::istream &	operator>> (std::istream &is, SourceID &source_id)
	Read a SourceID from a string stream.
std::map< FragmentType, std::string >	get_fragment_type_names ()
	This map relates FragmentType values to string names.
std::string	fragment_type_to_string (const FragmentType &type)
	Convert a FragmentType enum value to string.
FragmentType	string_to_fragment_type (const std::string &name)
	Convert a string to a FragmentType value.
std::ostream &	operator<< (std::ostream &o, FragmentHeader const &hdr)
	Stream a Fragment Header in human-readable form.
std::istream &	operator>> (std::istream &o, FragmentHeader &hdr)
	Read a FragmentHeader instance from a string stream.
std::ostream &	operator<< (std::ostream &o, TimeSliceHeader const &hdr)
	Stream a TimeSliceHeader instance in human-readable form.
std::istream &	operator>> (std::istream &o, TimeSliceHeader &hdr)
	Read a TimeSliceHeader instance from a string stream.
std::ostream &	operator<< (std::ostream &o, TriggerRecordHeaderData const &hdr)
	Stream a TriggerRecordHeaderData instance in human-readable form.
std::istream &	operator>> (std::istream &o, TriggerRecordHeaderData &hdr)
	Read a TriggerRecordHeaderData instance from a string stream.

Typedef Documentation

fragment_size_t

using dunedaq::daqdataformats::fragment_size_t = uint64_t

Type used to represent Fragment size.

Definition at line 32 of file Types.hpp.

fragment_type_t

using dunedaq::daqdataformats::fragment_type_t = uint32_t

Type used to represent Fragment type ID.

Definition at line 28 of file Types.hpp.

run_number_t

using dunedaq::daqdataformats::run_number_t = uint32_t

Type used to represent run number.

Definition at line 20 of file Types.hpp.

sequence_number_t

using dunedaq::daqdataformats::sequence_number_t = uint16_t

Type used to represent sequence within a trigger record.

Definition at line 48 of file Types.hpp.

timeslice_number_t

using dunedaq::daqdataformats::timeslice_number_t = uint64_t

Type used to represent timeslice number.

Definition at line 52 of file Types.hpp.

timestamp_diff_t

using dunedaq::daqdataformats::timestamp_diff_t = int64_t

Used to represent differences between timestamps.

Definition at line 37 of file Types.hpp.

timestamp_t

using dunedaq::daqdataformats::timestamp_t = uint64_t

Type used to represent DUNE timing system timestamps.

Definition at line 36 of file Types.hpp.

trigger_number_t

using dunedaq::daqdataformats::trigger_number_t = uint64_t

Type used to represent trigger number.

Definition at line 24 of file Types.hpp.

trigger_type_t

using dunedaq::daqdataformats::trigger_type_t = uint64_t

Type used to represent Trigger Decision trigger types.

This field is a bitset mapping to this enum: https://github.com/DUNE-DAQ/trgdataformats/blob/develop/include/trgdataformats/TriggerCandidateData.hpp#L22

Definition at line 44 of file Types.hpp.

Enumeration Type Documentation

FragmentStatusBits

enum class dunedaq::daqdataformats::FragmentStatusBits : size_t

strong

This enumeration should list all defined status bits, as well as a short documentation of their meaning.

Enumerator
kLatencyBufferEmpty	The latency buffer had zero occupancy when the data request was made.
kIncomplete	Only part of the requested data is present in the fragment.
kInvalidRequestWindow	The requested data window was too large.
kRequestTimeout	A timeout occurred while processing the data request.
kRequestWindowBeforeBuffer	The request window extends before the latency buffer start.
kRequestWindowAfterBuffer	The request window extends after the latency buffer end.
kEmptyFragment	This Fragment contains no data.
kUnassigned7	Status bit 7 is not assigned.
kUnassigned8	Status bit 8 is not assigned.
kUnassigned9	Status bit 9 is not assigned.
kUnassigned10	Status bit 10 is not assigned.
kUnassigned11	Status bit 11 is not assigned.
kUnassigned12	Status bit 12 is not assigned.
kUnassigned13	Status bit 13 is not assigned.
kUnassigned14	Status bit 14 is not assigned.
kUnassigned15	Status bit 15 is not assigned.
kUnassigned16	Status bit 16 is not assigned.
kUnassigned17	Status bit 17 is not assigned.
kUnassigned18	Status bit 18 is not assigned.
kUnassigned19	Status bit 19 is not assigned.
kUnassigned20	Status bit 20 is not assigned.
kUnassigned21	Status bit 21 is not assigned.
kUnassigned22	Status bit 22 is not assigned.
kUnassigned23	Status bit 23 is not assigned.
kUnassigned24	Status bit 24 is not assigned.
kUnassigned25	Status bit 25 is not assigned.
kUnassigned26	Status bit 26 is not assigned.
kUnassigned27	Status bit 27 is not assigned.
kUnassigned28	Status bit 28 is not assigned.
kUnassigned29	Status bit 29 is not assigned.
kUnassigned30	Status bit 30 is not assigned.
kUnassigned31	Status bit 31 is not assigned.
kInvalid	Status bit 32 and higher are not valid (status_bits is only 32 bits)

Definition at line 144 of file FragmentHeader.hpp.

{
  kLatencyBufferEmpty = 0,        
  kIncomplete = 1,                
  kInvalidRequestWindow = 2,      
  kRequestTimeout = 3,            
  kRequestWindowBeforeBuffer = 4, 
  kRequestWindowAfterBuffer = 5,  
  kEmptyFragment = 6,             
  kUnassigned7 = 7,               
  kUnassigned8 = 8,               
  kUnassigned9 = 9,               
  kUnassigned10 = 10,             
  kUnassigned11 = 11,             
  kUnassigned12 = 12,             
  kUnassigned13 = 13,             
  kUnassigned14 = 14,             
  kUnassigned15 = 15,             
  kUnassigned16 = 16,             
  kUnassigned17 = 17,             
  kUnassigned18 = 18,             
  kUnassigned19 = 19,             
  kUnassigned20 = 20,             
  kUnassigned21 = 21,             
  kUnassigned22 = 22,             
  kUnassigned23 = 23,             
  kUnassigned24 = 24,             
  kUnassigned25 = 25,             
  kUnassigned26 = 26,             
  kUnassigned27 = 27,             
  kUnassigned28 = 28,             
  kUnassigned29 = 29,             
  kUnassigned30 = 30,             
  kUnassigned31 = 31,             
  kInvalid = 32                   
};

FragmentType

enum class dunedaq::daqdataformats::FragmentType : fragment_type_t

strong

This enumeration should list all defined Fragment types.

Enumerator
kUnknown
kProtoWIB
kWIB
kDAPHNE
kTDE_AMC
kFW_TriggerPrimitive	FW TP frame format.
kTriggerPrimitive	Trigger format TPs produced by trigger code.
kTriggerActivity
kTriggerCandidate
kHardwareSignal
kPACMAN
kMPD
kWIBEth
kDAPHNEStream
kCRT
kTDEEth
kCRTBern
kCRTGrenoble
kDAPHNEEth
kDAPHNEEthStream

Definition at line 184 of file FragmentHeader.hpp.

{
  kUnknown = 0,
  kProtoWIB = 1,
  kWIB = 2,
  kDAPHNE = 3,
  kTDE_AMC = 4,
  // This fragment type is for the "raw" data from the firmware
  // trigger primitive generation. We store this in fragments for the
  // purposes of inspecting/debugging the firmware TPG
  kFW_TriggerPrimitive = 5, 
  // This fragment type is for TPs saved via the trigger subsystem's
  // TP buffer, which are in the format defined by
  // dunedaq::trgdataformats::TriggerPrimitive. It is also
  // used for the stream of TPs that are sent directly from the readout
  // subsystem to the dataflow subsystem for storage on disk.
  // TPs stored in this format may have been _originally_ produced
  // by either software _or_ firmware.
  kTriggerPrimitive = 6, 
  kTriggerActivity = 7,
  kTriggerCandidate = 8,
  kHardwareSignal = 9,
  kPACMAN = 10,
  kMPD = 11,
  kWIBEth = 12,
  kDAPHNEStream = 13,
  kCRT = 14,
  kTDEEth = 15,
  kCRTBern = 16,
  kCRTGrenoble = 17,
  kDAPHNEEth = 18,
  kDAPHNEEthStream = 19
};

TriggerRecordStatusBits

enum class dunedaq::daqdataformats::TriggerRecordStatusBits : size_t

strong

This enumeration should list all defined status bits, as well as a short documentation of their meaning.

Enumerator
kIncomplete	Indicates a trigger record that is missing requested components.
kMismatch	We have as many fragments as requested but they do not match the requested components.
kUnassigned2	Status bit 2 is not assigned.
kUnassigned3	Status bit 3 is not assigned.
kUnassigned4	Status bit 4 is not assigned.
kUnassigned5	Status bit 5 is not assigned.
kUnassigned6	Status bit 6 is not assigned.
kUnassigned7	Status bit 7 is not assigned.
kUnassigned8	Status bit 8 is not assigned.
kUnassigned9	Status bit 9 is not assigned.
kUnassigned10	Status bit 10 is not assigned.
kUnassigned11	Status bit 11 is not assigned.
kUnassigned12	Status bit 12 is not assigned.
kUnassigned13	Status bit 13 is not assigned.
kUnassigned14	Status bit 14 is not assigned.
kUnassigned15	Status bit 15 is not assigned.
kUnassigned16	Status bit 16 is not assigned.
kUnassigned17	Status bit 17 is not assigned.
kUnassigned18	Status bit 18 is not assigned.
kUnassigned19	Status bit 19 is not assigned.
kUnassigned20	Status bit 20 is not assigned.
kUnassigned21	Status bit 21 is not assigned.
kUnassigned22	Status bit 22 is not assigned.
kUnassigned23	Status bit 23 is not assigned.
kUnassigned24	Status bit 24 is not assigned.
kUnassigned25	Status bit 25 is not assigned.
kUnassigned26	Status bit 26 is not assigned.
kUnassigned27	Status bit 27 is not assigned.
kUnassigned28	Status bit 28 is not assigned.
kUnassigned29	Status bit 29 is not assigned.
kUnassigned30	Status bit 30 is not assigned.
kUnassigned31	Status bit 31 is not assigned.
kInvalid	Status bit 32 and higher are not valid (status_bits is only 32 bits)

Definition at line 140 of file TriggerRecordHeaderData.hpp.

{
  kIncomplete = 0,    
  kMismatch = 1,      
  kUnassigned2 = 2,   
  kUnassigned3 = 3,   
  kUnassigned4 = 4,   
  kUnassigned5 = 5,   
  kUnassigned6 = 6,   
  kUnassigned7 = 7,   
  kUnassigned8 = 8,   
  kUnassigned9 = 9,   
  kUnassigned10 = 10, 
  kUnassigned11 = 11, 
  kUnassigned12 = 12, 
  kUnassigned13 = 13, 
  kUnassigned14 = 14, 
  kUnassigned15 = 15, 
  kUnassigned16 = 16, 
  kUnassigned17 = 17, 
  kUnassigned18 = 18, 
  kUnassigned19 = 19, 
  kUnassigned20 = 20, 
  kUnassigned21 = 21, 
  kUnassigned22 = 22, 
  kUnassigned23 = 23, 
  kUnassigned24 = 24, 
  kUnassigned25 = 25, 
  kUnassigned26 = 26, 
  kUnassigned27 = 27, 
  kUnassigned28 = 28, 
  kUnassigned29 = 29, 
  kUnassigned30 = 30, 
  kUnassigned31 = 31, 
  kInvalid = 32       
};

Function Documentation

fragment_type_to_string()

std::string dunedaq::daqdataformats::fragment_type_to_string ( const FragmentType & type )

inline

Convert a FragmentType enum value to string.

Parameters

type	Type to convert

Returns

String representation of the given type

Definition at line 256 of file FragmentHeader.hpp.

{
  try {
    return get_fragment_type_names().at(type);
  } catch (std::exception& e) {
  }
  return "Unknown";
}

get_fragment_type_names()

std::map< FragmentType, std::string > dunedaq::daqdataformats::get_fragment_type_names ( )

inline

This map relates FragmentType values to string names.

These names can be used, for example, as HDF5 Group names

Definition at line 224 of file FragmentHeader.hpp.

{
  return {
    { FragmentType::kUnknown, "Unknown" },
    { FragmentType::kProtoWIB, "ProtoWIB" },
    { FragmentType::kWIB, "WIB" },
    { FragmentType::kDAPHNE, "DAPHNE" },
    { FragmentType::kDAPHNEStream, "DAPHNEStream" },
    { FragmentType::kTDE_AMC, "TDE_AMC" },
    { FragmentType::kFW_TriggerPrimitive, "FW_Trigger_Primitive" },
    { FragmentType::kTriggerPrimitive, "Trigger_Primitive" },
    { FragmentType::kTriggerActivity, "Trigger_Activity" },
    { FragmentType::kTriggerCandidate, "Trigger_Candidate" },
    { FragmentType::kHardwareSignal, "Hardware_Signal" },
    { FragmentType::kPACMAN, "PACMAN" },
    { FragmentType::kMPD, "MPD" },
    { FragmentType::kWIBEth, "WIBEth" },
    { FragmentType::kCRT, "CRT" },
    { FragmentType::kTDEEth, "TDEEth" },
    { FragmentType::kCRTBern, "CRTBern" },
    { FragmentType::kCRTGrenoble, "CRTGrenoble" },
    { FragmentType::kDAPHNEEth, "DAPHNEEth" },
    { FragmentType::kDAPHNEEthStream, "DAPHNEEthStream" },
  };
}

operator<<() [1/6]

std::ostream & dunedaq::daqdataformats::operator<< ( std::ostream & o, ComponentRequest const & cr )

inline

Write out a ComponentRequest in human-readable form.

Parameters

o	Output stream
cr	ComponentRequest to write

Returns

Stream instance for continued streaming

Definition at line 70 of file ComponentRequest.hpp.

{
  return o << cr.component << ", begin: " << cr.window_begin << ", end: " << cr.window_end;
}

operator<<() [2/6]

std::ostream & dunedaq::daqdataformats::operator<< ( std::ostream & o, FragmentHeader const & hdr )

inline

Stream a Fragment Header in human-readable form.

Parameters

o	Stream to write to
hdr	FragmentHeader to stream

Returns

Stream instance for further streaming

Definition at line 286 of file FragmentHeader.hpp.

{
  return o << "check_word: " << std::hex << hdr.fragment_header_marker << std::dec << ", " << "version: " << hdr.version
           << ", " << "size: " << hdr.size << ", " << "trigger_number: " << hdr.trigger_number << ", "
           << "run_number: " << hdr.run_number << ", " << "trigger_timestamp: " << hdr.trigger_timestamp << ", "
           << "window_begin: " << hdr.window_begin << ", " << "window_end: " << hdr.window_end << ", "
           << "status_bits: " << hdr.status_bits << ", " << "fragment_type: " << hdr.fragment_type << ", "
           << "sequence_number: " << hdr.sequence_number << ", " << "detector_id: " << hdr.detector_id << ", "
           << "element_id: " << hdr.element_id;
}

operator<<() [3/6]

std::ostream & dunedaq::daqdataformats::operator<< ( std::ostream & o, SourceID const & source_id )

inline

Stream a SourceID instance in a human-readable form.

Parameters

o	Stream to output to
id	SourceID to stream

Returns

Stream instance for further streaming

Definition at line 30 of file SourceID.hxx.

{
  return o << "subsystem: " << source_id.subsystem << " id: " << source_id.id;
}

operator<<() [4/6]

std::ostream & dunedaq::daqdataformats::operator<< ( std::ostream & o, SourceID::Subsystem const & type )

inline

Stream a Subsystem instance in a human-readable form.

Parameters

o	Stream to output to
id	Subsystem to stream

Returns

Stream instance for further streaming

Definition at line 18 of file SourceID.hxx.

{
  return o << SourceID::subsystem_to_string(type);
}

operator<<() [5/6]

std::ostream & dunedaq::daqdataformats::operator<< ( std::ostream & o, TimeSliceHeader const & hdr )

inline

Stream a TimeSliceHeader instance in human-readable form.

Parameters

o	Stream to write to
hdr	TimeSliceHeader to write

Returns

Stream instance for continued streaming

Definition at line 82 of file TimeSliceHeader.hpp.

{
  return o << "check_word: " << std::hex << hdr.timeslice_header_marker << std::dec << ", "
           << "version: " << hdr.version << ", "
 
           << "timeslice_number: " << hdr.timeslice_number << ", "
           << "run_number: " << hdr.run_number << ", "
           << "element_id: { " << hdr.element_id << " }";
}

operator<<() [6/6]

std::ostream & dunedaq::daqdataformats::operator<< ( std::ostream & o, TriggerRecordHeaderData const & hdr )

inline

Stream a TriggerRecordHeaderData instance in human-readable form.

Parameters

o	Stream to write to
hdr	TriggerRecordHeaderData to write

Returns

Stream instance for continued streaming

Definition at line 183 of file TriggerRecordHeaderData.hpp.

{
  return o << "check_word: " << std::hex << hdr.trigger_record_header_marker << std::dec << ", "
           << "version: " << hdr.version << ", "
 
           << "trigger_number: " << hdr.trigger_number << ", " << "run_number: " << hdr.run_number << ", "
           << "trigger_timestamp: " << hdr.trigger_timestamp << ", " << "trigger_type: " << hdr.trigger_type << ", "
 
           << "status_bits: " << hdr.status_bits << ", "
 
           << "num_requested_components: " << hdr.num_requested_components << ", "
           << "sequence_number: " << hdr.sequence_number << ", " << "max_sequence_number: " << hdr.max_sequence_number
           << ", " << "element_id: { " << hdr.element_id << " }";
}

operator>>() [1/6]

std::istream & dunedaq::daqdataformats::operator>> ( std::istream & is, ComponentRequest & cr )

inline

Read a ComponentRequest from a string stream.

Parameters

is	Input stream
cr	ComponentRequest to read

Returns

Stream instance for continued streaming

Definition at line 83 of file ComponentRequest.hpp.

{
  std::string tmp;
  return is >> cr.component >> tmp >> tmp >> cr.window_begin >> tmp >> tmp >> cr.window_end;
}

operator>>() [2/6]

std::istream & dunedaq::daqdataformats::operator>> ( std::istream & is, SourceID & source_id )

inline

Read a SourceID from a string stream.

Parameters

is	Stream to read from
id	SourceID to fill

Returns

Stream instance for further streaming

Definition at line 60 of file SourceID.hxx.

{
  std::string tmp ;
  is >> tmp >> source_id.subsystem >> tmp >> source_id.id; // Eat last three tokens, e.g. "-> (314, 159)"
 
  return is;
}

operator>>() [3/6]

std::istream & dunedaq::daqdataformats::operator>> ( std::istream & is, SourceID::Subsystem & t )

inline

Read a SourceID::Subsystem from a string stream.

Parameters

is	Stream to read from
id	Subsystem to fill

Returns

Stream instance for further streaming

Definition at line 43 of file SourceID.hxx.

{
  std::string tmp;
  is >> tmp;
 
  t = SourceID::string_to_subsystem(tmp);
 
  return is;
}

operator>>() [4/6]

std::istream & dunedaq::daqdataformats::operator>> ( std::istream & o, FragmentHeader & hdr )

inline

Read a FragmentHeader instance from a string stream.

Parameters

is	Stream to read from
hdr	FragmentHeader to read

Returns

Stream instance for continued streaming

Definition at line 305 of file FragmentHeader.hpp.

{
  std::string tmp;
  return o >> tmp >> std::hex >> hdr.fragment_header_marker >> std::dec >> tmp >> tmp >> hdr.version >> tmp >> tmp >>
         hdr.size >> tmp >> tmp >> hdr.trigger_number >> tmp >> tmp >> hdr.run_number >> tmp >> tmp >>
         hdr.trigger_timestamp >> tmp >> tmp >> hdr.window_begin >> tmp >> tmp >> hdr.window_end >> tmp >> tmp >>
         hdr.status_bits >> tmp >> tmp >> hdr.fragment_type >> tmp >> tmp >> hdr.sequence_number >> tmp >> tmp >>
         hdr.detector_id >> tmp >> tmp >> hdr.element_id;
}

operator>>() [5/6]

std::istream & dunedaq::daqdataformats::operator>> ( std::istream & o, TimeSliceHeader & hdr )

inline

Read a TimeSliceHeader instance from a string stream.

Parameters

is	Stream to read from
hdr	TimeSliceHeader toread

Returns

Stream instance for continued streaming

Definition at line 100 of file TimeSliceHeader.hpp.

{
  std::string tmp;
  return o >> tmp >> std::hex >> hdr.timeslice_header_marker >> std::dec >> tmp >> tmp >> hdr.version >> tmp >> tmp >>
         hdr.timeslice_number >> tmp >> tmp >> hdr.run_number >> tmp >> tmp >> tmp >> hdr.element_id;
}

operator>>() [6/6]

std::istream & dunedaq::daqdataformats::operator>> ( std::istream & o, TriggerRecordHeaderData & hdr )

inline

Read a TriggerRecordHeaderData instance from a string stream.

Parameters

is	Stream to read from
hdr	TriggerRecordHeaderData toread

Returns

Stream instance for continued streaming

Definition at line 206 of file TriggerRecordHeaderData.hpp.

{
  std::string tmp;
  return o >> tmp >> std::hex >> hdr.trigger_record_header_marker >> std::dec >> tmp >> tmp >> hdr.version >> tmp >>
         tmp >> hdr.trigger_number >> tmp >> tmp >> hdr.run_number >> tmp >> tmp >> hdr.trigger_timestamp >> tmp >>
         tmp >> hdr.trigger_type >> tmp >> tmp >> hdr.status_bits >> tmp >> tmp >> hdr.num_requested_components >>
         tmp >> tmp >> hdr.sequence_number >> tmp >> tmp >> hdr.max_sequence_number >> tmp >> tmp >> tmp >>
         hdr.element_id;
}

string_to_fragment_type()

FragmentType dunedaq::daqdataformats::string_to_fragment_type ( const std::string & name )

inline

Convert a string to a FragmentType value.

Parameters

name	Name of the type

Returns

FragmentType corresponding to given string

Definition at line 271 of file FragmentHeader.hpp.

{
  for (auto& it : get_fragment_type_names()) {
    if (it.second == name)
      return it.first;
  }
  return FragmentType::kUnknown;
}