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Cmake linux fermilab
Cmake linux fermilab




cmake linux fermilab
  1. #CMAKE LINUX FERMILAB UPDATE#
  2. #CMAKE LINUX FERMILAB CODE#

Exceptions are now caught in the interactive ROOT session, instead of terminating ROOT.The GCC5 ABI is now supported ROOT-7947.llvm / clang have been updated to r274612.Do not insert macro definition of _ROOTCLING_ into the pch.Check for new-style empty pcm with key named “EMPTY” created since commit 90047b0cba6fd295f5c5722749a0d043fbc11ea5.Avoid autoparse on IsForeign() if possible.Do not autoparse headers for classes in the pch.Fix handling of template parameter pack in the forward declaration printer.Add the noIncludePaths switch both for rootcling and genreflex to allow to loose track of the include paths in input to the dictionary generator.Fix ROOT-7879: Prevent LinkDef files to be listed in a rootmap file and use (as the user actually expects) the header files #included in the linkdef file, if any, as the top level headers.Fix ROOT-7760: Fully allow the usage of the dylib extension on OSx.Genreflex and rootcling cannot generate capability files anymore.Add the -excludePath option to rootcling to forbid dictionaries to remember include paths expressed in the command line invocation.This also has the side-effect of allowing the extension of the concept ‘base class that prevent its derived class from being split’ to any user class. Instead of using InheritsFrom, which lead in some cases, including the case where the class derived from an STL collection, to spurrious autoparsing (to look at the base class of the collection!), we use a custom walk through the tree of base classes that checks their value of fCanSplit. This included a rework the mechanism checking the base classes.

cmake linux fermilab

See the example here.Īdd a new mode for TClass::SetCanSplit (2) which indicates that this class and any derived class should not be split. This template is inspired by the xrange built-in function of Python. A pseudo-container (generator) was created, ROOT::TSeq.The set of include paths considered by the interpreter has been reduced to the bare minimum.On MacOSX, backtraces are now generated without external tools ROOT-6667.TPluginManager was made thread-safe ROOT-7927.If you get std::type_info from Rtypeinfo.h, type_info should be spelled std::type_info.Other improvements, which may cause compilation errors in third party code: Third party code, replying on the definition of TBufer will need to include TBuffer.h, along with TObject.h. TBuffer.h - TObject.h doesn’t include TBuffer.h anymore.

#CMAKE LINUX FERMILAB CODE#

User code may need to add extra includes, which were previously resolved indirectly by including a ROOT header. This could be considered as backward incompatibility (for good however). ROOT header files were cleaned up from extra includes and the missing includes were added. One of the first requirements is its header files to be self-contained (section “Missing Includes”).

  • From this version on, building ROOT with CMake requires CMake >= 3.4.3.
  • Added deprecation system: when compiling against interfaces marked R_DEPRECATED, the compiler will issue a warning showing the ROOT version when the interface will be removed.
  • #CMAKE LINUX FERMILAB UPDATE#

    Significant update of the valgrind suppression file to hide intentional lack of delete of some entities at the end of the process.Remove many instances of new warnings issued by gcc 6.1.Omar Zapata, University of Antioquia, CERN/SFT. Tom Stevenson, Queen Mary University of London, ATLAS Sergei Gleyzer, University of Florida, CMS The following people have contributed to this new version:Īdrian Bevan, Queen Mary University of London, ATLAS,Īndrew Carnes, University of Florida, CMS, ROOT version 6.08/00 has been released on November 4, 2016. Build, Configuration and Testing Infrastructure.






    Cmake linux fermilab