- fix typo in makefiles/info that affected wmake -show-compile-c
- additional safeguard in src/OpenFOAM/Make/options against self-linking.
This is not normally required unless PROJECT_LIBS has been added into
the link stage.
- extracts values from the arch "LSB;label=32;scalar=64" header entry
to provision for managing dissimilar primitive sizes.
Compensate for the additional IOobject members by narrowing the types
for the (objectState, readOption, writeOption) enumerations
solaris:
- rename WM_ARCH from SunOS to solaris64 for consistency with wmake/rules
- drop non-64 solaris from wmake/rules
- remove automatic selection of FJMPI. This should be done in the bashrc
or prefs.sh file instead.
- remove old (likely inaccurate) exported flags, rely on wmake -show-xyz
or user config instead
darwin:
- remove '-Ddarwin' from the exported WM_CFLAGS, WM_CXXFLAGS.
Not used elsewhere (ThirdParty)
- the only code location using BiIndirectList are debug sections
within polyTopoChange.
No need to construct/assign directly from a BiIndirectList since
the '()' method provides a simple alternative.
- use an IndirectListBase class for various indirect list types.
- new SortList type
In some places the SortList can be used as a lightweight alternative
to SortableList to have the convenience of bundling data and sort
indices together, but while operating on existing data lists.
In other situations, it can be useful as an alternative to
sortedOrder. For example,
pointField points = ...;
labelList order;
sortedOrder(points, order);
forAll(order, i)
{
points[order[i]] = ...;
}
Can be replaced with the following (with the same memory overhead)
pointField points = ...;
SortList<point> sortedPoints(points);
for (point& pt : sortedPoints)
{
pt = ...;
}
- new SliceList type (#1220), which can be used for stride-based
addressing into existing lists
- change from UpdateableMeshObject to TopologicalMeshObject
- change inheritance order to have MeshObject be registered first
and mark the IOobject descriptor as unregistered
- the objectRegistry destructor seems to be called too late.
Explicitly clear the objectRegistry within the Time destructor to
ensure that it always happens.
- used fallback of 0 instead of the results time.
This discrepancy caused the case file to have two timesets that
only differed by the first (incorrect) entry.
- when running in serial but within a processor directory,
argList::globalPath() is to be used instead of Time.globalPath()
For other cases there is no difference.
- this is somewhat like labelRange, but with a stride.
Can be used to define slices (of lists, fields, ..) or as a range specifier
for a for-loop. For example,
for (label i : sliceRange(0, 10, 3))
{
...
}
- with the wmake rules we may have some compiler options bound to the
internal compiler variable. For example,
CC = g++ -std=c++11 -m64
c++FLAGS = ...
So shift any flags from CC to CXXFLAGS for the output of
'wmake -show-cxx', 'wmake -show-cxxflags', etc.
This makes it much easier to handle the values correctly elsewhere.
Eg,
CXX="$(wmake -show-cxx)" CXXFLAGS="$(wmake -show-cxxflags)" \
./configure
- provide dedicated detection 'have_ptscotch' function that can be
used after the 'have_scotch' function.
It sets the PTSCOTCH_ARCH_PATH, PTSCOTCH_INC_DIR, PTSCOTCH_LIB_DIR
and helps when the serial and parallel versions are located with
different logic.
