private ModuleInfo CreateModuleInfo(ElfLoadedImage image)
{
using ElfFile? file = image.Open();
int filesize = 0;
int timestamp = 0;
if (file is null)
{
using Stream stream = image.AsStream();
PEImage.ReadIndexProperties(stream, out timestamp, out filesize);
}
// It's true that we are setting "IndexFileSize" to be the raw size on linux for Linux modules,
// but this unblocks some SOS scenarios.
if (filesize == 0)
{
filesize = unchecked ((int)image.Size);
}
// We suppress the warning because the function it wants us to use is not available on all ClrMD platforms
#pragma warning disable CA1307 // Specify StringComparison
// This substitution is for unloaded modules for which Linux appends " (deleted)" to the module name.
string path = image.FileName.Replace(" (deleted)", "");
#pragma warning restore CA1307 // Specify StringComparison
// We set buildId to "default" which means we will later lazily evaluate the buildId on demand.
return(new ModuleInfo(this, (ulong)image.BaseAddress, path, true, filesize, timestamp, buildId: default));
}
private ModuleInfo CreateModuleInfo(ElfLoadedImage image)
{
ElfFile?file = image.Open();
int filesize = 0;
int timestamp = 0;
if (file is null)
{
using Stream stream = image.CreateStream();
PEImage.ReadIndexProperties(stream, out timestamp, out filesize);
}
// It's true that we are setting "IndexFileSize" to be the raw size on linux for Linux modules,
// but this unblocks some SOS scenarios.
if (filesize == 0)
{
filesize = unchecked ((int)image.Size);
}
// This substitution is for unloaded modules for which Linux appends " (deleted)" to the module name.
string path = image.Path.Replace(" (deleted)", "");
// We set buildId to "default" which means we will later lazily evaluate the buildId on demand.
return(new ModuleInfo(this, (ulong)image.BaseAddress, path, true, filesize, timestamp, buildId: default));
}
private ModuleInfo CreateModuleInfo(ElfLoadedImage img)
{
return(new ModuleInfo
{
FileName = img.Path,
FileSize = (uint)img.Size,
ImageBase = (ulong)img.BaseAddress,
BuildId = img.Open()?.BuildId
});
}
private ModuleInfo CreateModuleInfo(ElfLoadedImage img)
{
string filename = Path.GetFileName(img.Path);
return(new ModuleInfo
{
FileName = img.Path,
FileSize = (uint)img.Size,
ImageBase = (ulong)img.BaseAddress,
IsRuntime = filename.Equals("libcoreclr.so", StringComparison.OrdinalIgnoreCase)
});
}
private ModuleInfo CreateModuleInfo(ElfLoadedImage img)
{
ElfFile file = img.Open();
return(new ModuleInfo
{
FileName = img.Path,
FileSize = (uint)img.Size,
ImageBase = (ulong)img.BaseAddress,
BuildId = file?.BuildId,
IsManaged = file == null
});
}
public void GetVersionInfo(ulong baseAddress, out VersionInfo version)
{
ElfLoadedImage image = _core.LoadedImages.First(image => (ulong)image.BaseAddress == baseAddress);
ElfFile? file = image.Open();
if (file is null)
{
version = default;
}
else
{
LinuxFunctions.GetVersionInfo(this, baseAddress, file, out version);
}
}
private ModuleInfo CreateModuleInfo(ElfLoadedImage image)
{
ElfFile?file = image.Open();
uint filesize = (uint)image.Size;
uint timestamp = 0;
if (file is null)
{
PEImage pe = image.OpenAsPEImage();
filesize = (uint)pe.IndexFileSize;
timestamp = (uint)pe.IndexTimeStamp;
}
return(new ModuleInfo(this, (ulong)image.BaseAddress, filesize, timestamp, image.Path, file?.BuildId));
}
private static ModuleInfo CreateModuleInfo(ElfLoadedImage image)
{
ElfFile?file = image.Open();
int filesize = 0;
int timestamp = 0;
if (file is null)
{
using PEImage pe = image.OpenAsPEImage();
filesize = pe.IndexFileSize;
timestamp = pe.IndexTimeStamp;
}
// We set buildId to "default" which means we will later lazily evaluate the buildId on demand.
return(new ModuleInfo((ulong)image.BaseAddress, image.Path, image._containsExecutable, filesize, timestamp, buildId: default));
}
private ModuleInfo CreateModuleInfo(ElfLoadedImage image)
{
using ElfFile? file = image.Open();
// We suppress the warning because the function it wants us to use is not available on all ClrMD platforms
#pragma warning disable CA1307 // Specify StringComparison
// This substitution is for unloaded modules for which Linux appends " (deleted)" to the module name.
string path = image.FileName.Replace(" (deleted)", "");
#pragma warning restore CA1307 // Specify StringComparison
if (file is not null)
{
long size = image.Size > long.MaxValue ? long.MaxValue : unchecked ((long)image.Size);
return(new ElfModuleInfo(this, file, image.BaseAddress, size, path));
}
return(new PEModuleInfo(this, image.BaseAddress, path, false));
}
private ModuleInfo CreateModuleInfo(ElfLoadedImage image)
{
ElfFile?file = image.Open();
VersionInfo version;
int filesize = (int)image.Size;
int timestamp = 0;
if (file is null)
{
using PEImage pe = image.OpenAsPEImage();
filesize = pe.IndexFileSize;
timestamp = pe.IndexTimeStamp;
version = pe.GetFileVersionInfo()?.VersionInfo ?? default;
}
else
{
LinuxFunctions.GetVersionInfo(this, (ulong)image.BaseAddress, file, out version);
}
return(new ModuleInfo((ulong)image.BaseAddress, filesize, timestamp, image.Path, image._containsExecutable, default, version));
private ModuleInfo CreateModuleInfo(ElfLoadedImage image)
{
ElfFile?file = image.Open();
int filesize = 0;
int timestamp = 0;
if (file is null)
{
using Stream stream = image.CreateStream();
PEImage.ReadIndexProperties(stream, out timestamp, out filesize);
}
else
{
// It's true that we are setting "IndexFileSize" to be the raw size on linux for Linux modules,
// but this unblocks some SOS scenarios.
filesize = (int)image.Size;
}
// We set buildId to "default" which means we will later lazily evaluate the buildId on demand.
return(new ModuleInfo(this, (ulong)image.BaseAddress, image.Path, image._containsExecutable, filesize, timestamp, buildId: default));
}
private ModuleInfo CreateModuleInfo(ElfLoadedImage img)
{
ElfFile file = img.Open();
ModuleInfo result = new ModuleInfo
{
FileName = img.Path,
FileSize = (uint)img.Size,
ImageBase = (ulong)img.BaseAddress,
BuildId = file?.BuildId,
IsManaged = file == null
};
if (result.IsManaged)
{
PEImage pe = img.OpenAsPEImage();
result.FileSize = (uint)pe.IndexFileSize;
result.TimeStamp = (uint)pe.IndexTimeStamp;
}
return(result);
}
