- SCIENTIFIC WORKPLACE 6 MAC PROBLEM COMPILING PDF FULL
- SCIENTIFIC WORKPLACE 6 MAC PROBLEM COMPILING PDF WINDOWS
It provides trained minds for achieving higher degree of excellence in all branches of shop management.Ģ. Initial Fortran submodule support was added.ĬMake 3.5 enhanced FindBoost target with auto Boost prereqs.ĬMake 3.4 added if(TEST) to see if a test name exists.ĬMake 3.3 added list operations such as IN_LIST.The following are the principal advantages of scientific management.ġ. The versions of CMake below have been deprecated as of CMake 3.19.ĬMake 3.10 added Fortran Flang (LLVM) compiler and extensive MPI features.ĬMake 3.9 added further C# and Cuda support, that was originally added in CMake 3.8.ĬMake 3.7 added comparing ≤ ≥ and version comparisons. TESTS) retrieves test names in current directory.ĬMake 3.11 allows specify targets initially w/o sources.įetchContent is added, allowing fast hierarchies of CMake and non-CMake projects.
SCIENTIFIC WORKPLACE 6 MAC PROBLEM COMPILING PDF FULL
It’s significantly more difficult to use CMake older than 3.13 with medium to large projects.ĬMake 3.12 adds transitive library specification (out of same directory) and full Fortran Submodule support. The very convenient cmake -B build incantation, target_sources() with absolute path are also added. Lots of new linking options are added, fixes to Fortran submodule bugs. We don’t recommend use of the older CMake versions below as they take significantly more effort to support.Īdds ctest -progress and better Matlab compiler support. Projects just work in CMake >= 3.14 that fail at link-time with CMake < 3.14. The transitive link resolution was considerably enhanced in CMake 3.14. Recognizes that Ninja 1.10 correctly works with Fortran.ĬMake 3.16 adds precompiled headers, unity builds, many advanced project features.ĬMake 3.15 adds CMAKE_GENERATOR environment variable that works like global -G option.Īdds cmake -install command instead of “cmake –build build –target install”.ĬMake 3.14: I created check_fortran_source_runs().įetchContent was enhanced with simpler syntax.
SCIENTIFIC WORKPLACE 6 MAC PROBLEM COMPILING PDF WINDOWS
String(JSON GET|SET) parsing is very useful to avoid hard-coding parameters.įindPython/find_package accepts version ranges.Įmits deprecation warning for cmake_minimum_required VERSION less than 2.8.12.ĬMakePresets.json enables configure parameter declarations in JSON.Īdds CMake Profiler cmake -B build -profiling-output=perf.json -profiling-format=google-traceĪdds file(ARCHIVE_CREATE) and file(ARCHIVE_EXTRACT)Įliminates Windows “sh.exe is on PATH” error. Try_compiler(WORKING_DIRECTORY) was added.ĬMake presets in CMakePresets.json now covers configure, build and test, allowing many parameters to be declared with inheritance in JSON.ĬMake presets are a key feature for CI, as well as user configurations.Ĭtest -test-dir build option avoids the need to manually cd build.Īllows path manipulation and introspection without actually touching the filesystem.ĬMake 3.19 added support for ISPC language. PROJECT_IS_TOP_LEVEL and _IS_TOP_LEVEL identify if a project is at the top of the project hierarchy.Ĭtest -output-junit gives test output in standard tooling format.Īdds support for Intel NextGen LLVM compiler and NVIDIA HPC compiler.ĮxternalProject_Add() learned CONFIGURE_HANDLED_BY_BUILD which avoids CMake commanding a reconfigure on each build. The cmake -install-prefix option can be used instead of the cumbersome cmake -DCMAKE_INSTALL_PREFIX=. The priority of these features is subjective–we write from the scientific computing perspective.ĬMake 3.22 adds several CMake Environment Variables that are generally useful.ĬMAKE_BUILD_TYPE default for single configuration build systems.ĬMAKE_CONFIGURATION_TYPES defaults available configurations for multi-config build systems like Ninja Multi-Config–this is broken for initial CMake 3.22.0 release.ĬMAKE_INSTALL_MODE makes symlinks with copy fallback a good choice for installing programs from CMake.įor CTest, the new ENVIRONMENT_MODIFICATION test property makes modifying environment variables for test(s) much easier.Īdds more preset features, including making “generator” optional–the default CMake behavior will be used to determine generator. For platforms where CMake binaries aren’t easily available, use