public PerfRecordTimeConv(Stream stream, PerfEventHeader header)
{
Header = header;
TimeShift = stream.Read <ulong>();
TimeMult = stream.Read <ulong>();
TimeZero = stream.Read <ulong>();
}
public PerfRecordComm(Stream stream, PerfEventHeader header)
{
Header = header;
Pid = stream.Read <uint>();
Tid = stream.Read <uint>();
Comm = stream.ReadArray <byte>(header.GetRemainingBytes() - sizeof(uint) * 2);
}
public PerfRecordHeaderFeature(Stream stream, PerfEventHeader header)
{
Header = header;
FeatureId = stream.Read <ulong>();
var remainingBytes = header.GetRemainingBytes() - sizeof(ulong);
Data = stream.ReadArray <byte>(remainingBytes);
}
public PerfRecordFork(Stream stream, PerfEventHeader header)
{
Header = header;
Pid = stream.Read <uint>();
Ppid = stream.Read <uint>();
Tid = stream.Read <uint>();
Ptid = stream.Read <uint>();
Time = stream.Read <ulong>();
}
public unsafe PerfRecordHeaderAttr(Stream stream, PerfEventHeader header)
{
Header = header;
Attr = stream.Read <PerfEventAttr>();
var remainingBytes = header.GetRemainingBytes() - sizeof(PerfEventAttr);
Id = stream.ReadArray <ulong>(remainingBytes);
}
public PerfRecordMmap(Stream stream, PerfEventHeader header)
{
Header = header;
Pid = stream.Read <uint>();
Tid = stream.Read <uint>();
Addr = stream.Read <ulong>();
Len = stream.Read <ulong>();
Pgoff = stream.Read <ulong>();
Filename = stream.ReadArray <byte>(header.GetRemainingBytes() - sizeof(uint) * 2 - sizeof(ulong) * 3);
}
public PerfRecordEventUpdate(Stream stream, PerfEventHeader header)
{
Header = header;
Type = stream.Read <ulong>();
Id = stream.Read <ulong>();
var remainingBytes = header.GetRemainingBytes() - sizeof(ulong) * 2;
Data = stream.ReadArray <byte>(remainingBytes);
}
public PerfRecordThreadMap(Stream stream, PerfEventHeader header)
{
Header = header;
Nr = stream.Read <ulong>();
Entries = new PerfRecordThreadMapEntry[Nr];
for (ulong i = 0; i < Nr; i++)
{
Entries[i] = new PerfRecordThreadMapEntry(stream);
}
}
public unsafe PerfRecordBpfEvent(Stream stream, PerfEventHeader header)
{
Header = header;
Type = stream.Read <PerfBpfEventType>();
Flags = stream.Read <ushort>();
Id = stream.Read <uint>();
var remainingBytes = header.GetRemainingBytes() - sizeof(PerfBpfEventType) - sizeof(ushort) - sizeof(uint);
Tag = stream.ReadArray <byte>(remainingBytes);
}
public PerfRecordKSymbol(Stream stream, PerfEventHeader header)
{
Header = header;
Addr = stream.Read <ulong>();
Len = stream.Read <uint>();
KsymType = stream.Read <ushort>();
Flags = stream.Read <ushort>();
var remainingBytes = header.GetRemainingBytes() - sizeof(ulong) - sizeof(uint) - (sizeof(ushort) * 2);
Name = stream.ReadArray <byte>(remainingBytes);
}
public PerfRecordMmap2(Stream stream, PerfEventHeader header)
{
Header = header;
Pid = stream.Read <uint>();
Tid = stream.Read <uint>();
Addr = stream.Read <ulong>();
Len = stream.Read <ulong>();
Pgoff = stream.Read <ulong>();
Maj = stream.Read <uint>();
Min = stream.Read <uint>();
Ino = stream.Read <ulong>();
Ino_generation = stream.Read <ulong>();
Prot = stream.Read <uint>();
Flags = stream.Read <uint>();
var remainingSize = header.GetRemainingBytes() - (sizeof(uint) * 6) - (sizeof(ulong) * 5);
filename = stream.ReadArray <byte>(remainingSize);
}
public PerfRecordSample(Stream stream, PerfEventHeader header, PerfRecordIndexes indexes)
{
Header = header;
Array = stream.ReadArray <ulong>(header.GetRemainingBytes());
_indexes = indexes;
}
public PerfRecordCpuMap(Stream stream, PerfEventHeader header)
{
Header = header;
Data = new PerfRecordCpuMapData(stream, header.GetRemainingBytes());
}