- HOW TO USE CMAKE TO INSTALL XERCES ARCHIVE
- HOW TO USE CMAKE TO INSTALL XERCES VERIFICATION
- HOW TO USE CMAKE TO INSTALL XERCES SOFTWARE
- HOW TO USE CMAKE TO INSTALL XERCES CODE
- HOW TO USE CMAKE TO INSTALL XERCES TRIAL
HOW TO USE CMAKE TO INSTALL XERCES CODE
EclipseĮclipse is used to aid in Java code development.
Ensure you add the Apache Ant bin directory to the path.
HOW TO USE CMAKE TO INSTALL XERCES ARCHIVE
For this installation, choose the zipped archive and extract the files to a new directory. You can download and install Apache Ant from here. Other projects are all optional and are either unit test, tools, or Java interfaces projects. The required projects to getting a usable C++ shared library are:
ZERO_CHECK - Makes sure that project files are up to date with CMAKE files. UnitTestDriver - An executable harness for running unit tests from the two unit test projects. log4cpp - A shared library project of the log4cpp library. DataModelBindings - This shared library project generates and builds C++ code from the CDM xsd files via Code Synthesis. CommonDataModelTest - A shared library project that contains unit test classes associated with testing the CDM implementation. CommonDataModelJNI - A shared library exposing the CDM through the Java Native Interface (JNI). CommonDataModel - This is a shared library project that builds all code associated with the Common Data Model. BioGearsScenarioDriver - The command line scenario executable provided in the Toolkit. BioGearsEngineTest - An optional shared library project that contains unit test classes associated with testing the BioGears methodology. BioGearsEngineJNI - A shared library exposing the BioGearsEngine through the Java Native Interface (JNI). BioGearsEngine - A shared library project of the implementation of the BioGears Physiology Engine. ALL_BUILD - Utility project for building. The following projects will be generated: The BioGears team primarily develops with Visual Studio 2015, but we have created and tested the following cmake configurations: We generate project files with the CMake system to support a cross compliler independent code base. HOW TO USE CMAKE TO INSTALL XERCES VERIFICATION
verification - Extract the verification files into this directory. utils - Various utilities used in validation. HOW TO USE CMAKE TO INSTALL XERCES SOFTWARE
sdk - Example code and scripts for the Toolkit and Software Development Kit. Schema - The xsd data definitions used by the CDM gui - Code associated with the Toolkit GUI. systems - These classes implement the methodology for modeling and simulating. a scenario with a BioGearsConfiguration object) scenario - These classes help execute a BioGears specific scenario (i.e. controller - These classes hold data necessary by the model, control the advancement of time. engine - Code associated with the lumped parameter models. cdm - Code associated with the Common Data Model and Physiology Engine InterfaceĬmake - The directory where cmake will create build files. lib - Contains third party libraries used by this project (see Third Party Credits for more details). data - Contains the Microsoft Excel spreadsheets for all BioGears data sets. bin - Contains all data and configuration files needed for execution of the BioGears Engine. The BioGears source is structured as follows: Toolkit - Various tools for execution and data manipulation, primarily written in Java. Common Data Model - A set of generalized data classes for defining the data interfaces of a Physiology Engine Interface. Engine - A C++ based lumped parameter model. /Users/protopop/DD4hep/root-v5-34-00-patches/bin/genmap -debug -i libDD4hepG4Legacy.dylib -o libDD4hepG4Legacy.rootmap. export DYLD_LIBRARY_PATH=$DYLD_LIBRARY_PATH:/Users/protopop/DD4hep/xercesc/lib. cmake -DCMAKE_INSTALL_PREFIX=/Users/protopop/DD4hep -DDD4HEP_WITH_GEANT4=on -DGeant4_DIR=/Users/protopop/DD4hep/Geant4/lib/Geant4-9.5.2 -DDD4HEP_USE_XERCESC=ON -DXERCESC_ROOT_DIR=/Users/protopop/DD4hep/xercesc. export DYLD_LIBRARY_PATH=/Users/protopop/DD4hep/pcre/lib:/opt/local/lib. 
export CLHEP_BASE_DIR="/Users/protopop/DD4hep/chlep_x86_64-mac106-gcc42-opt. source /Users/protopop/DD4hep/Geant4/bin/geant4.sh. source /Users/protopop/DD4hep/root-v5-34-00-patches/bin/thisroot.sh. edit DDG4/src/Geant4UIManager.cpp and change line 55 to ui = new G4UIExecutive(1,(char**)args) //,m_sessionType.c_str()). export DYLD_LIBRARY_PATH=$DYLD_LIBRARY_PATH:/opt/local/lib. get openssl via macports with 'sudo port install openssl’. 
export DYLD_LIBRARY_PATH=/Users/protopop/DD4hep/pcre/lib. make install prefix=/Users/protopop/DD4hep/pcre. Īnd find out that root requires libpcre.dylib. cmake -DCMAKE_INSTALL_PREFIX=/Users/protopop/DD4hep/Geant4 -DGEANT4_USE_GDML=ON -DXERCESC_INCLUDE_DIR=/Users/protopop/DD4hep/xercesc/include -DXERCESC_LIBRARY=/Users/protopop/DD4hep/xercesc/lib/libxerces-c.dylib. configure (after editing ac_default_prefix install path in the script itself) 
export PATH=$PATH:/Users/protopop/DD4hep/cmake-2.8.12.2/bin. bootstrap -prefix=/Users/protopop/DD4hep HOW TO USE CMAKE TO INSTALL XERCES TRIAL
Would be great if this could have been done simpler, but after a lot of frustrating trial and error I collected this list of must do’s:
ILCSoft is required and did not install on a Mac. Downloaded root binary needs libpcre.dylib.
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