Bård Skaflestad authored 11 years ago and Christoph Grüninger committed 11 years ago

This commit implements support for using nested build directories of
the form

    (o) build/sequential/debug/cmake/clang
    (o) build/parallel/release/autotools/gcc

in addition to the separate build directory feature that already
existed.  This enables confining multiple build configurations to a
single subdirectory of each module's directory to avoid otherwise
littering the module directory.

Note: Using "mkdir -p" presumes a SUS v3 mkdir(1) utility.

The dune symlink was deprecated since 2009.

Use conditional instead.

These headers were moved in Dune 2.3.

This completes the last patch by using $m for the module name. Finally,
installed modules are found correctly.

The check was whether $module_inst is yes, but what we actually want to check
is $INT_$module. This patch fixes this and forces configure to use pkg-config
for the installed module again. Only this allows us to extract custom libdirs.

The last patch missed a change in the comparison operators. Allocators
compare as equal if memory allocated with one can be deallocate with
the other. With this allocators compare equal only if they are share
the same address.

Cherry-pick from branch eature/FS1429-shared-lib-fixes where it ended up
by accident.

With this patch the default is again building static libraries unless
one specifies -DBUILD_SHARED=True to cmake. This is not a fix but a
workaround for flyspray #1429
https://dune-project.org/flyspray/index.php?do=details&task_id=1429

Previously running make test if there was a symlink int the path to the module.
This caused make test to fail. This patch fixes this by extracting the
path without symlinks.

clang does not support -print-multiarch. Therefore we try to
extract the "Target:" line from clang -v.

Dependencies in the dune.module without a required version failed.

Now <= and >= are correctly treated.

This patch moves the "set +e" command to the correct location during
detection of the multiarch variable. That is is before any
$CXX --print-multiarch call. Now dunecontrol will not fail for compilers
not supporting it.

Du to typo the length of the modules and version list of the suggestion
differed. This patch fixes this.

Due to its desgin of using one static memory pool. The allocator
could not be used in different threads at the same time without
side effects. With this revision each instance will hold its own private
instance of the pool.

There should be no issues with this patch and poolallocator seems to be
mostly used in AMG anyway.

It is the default any way and people might want to change it via an opts-file.

If we do not do that the length of the list of modules and corresponding versions
will differ as empty values will be neglected when appending to a list

In this patch we rename dune_process_depedency_tree to
dune_process_depedency_macros because it actually just
include the macros of all modules that we depend on.
I addition we fix a bug that resulted in not executing the module's
own macro if there was only one dependency and now always process
it here.

This patch fixes two issues:
- Faulty an non-posix sed expression
- Precendence issue (multiarch was extracted before compiler was set.)

This was lost in the last commit.

Somehow we ended up putting CMAKE_PROJECT_SOURCE_DIR/lib into the
linker path. There should not be any library there and it should
not be needed for linking anyway. Additionally it causes warnings
in dune-grid-howto. Therefore this patch simply removes it.

The name of the file changed in one of the recent patches. This
change is now also reflected in the install directive. Fixes #1426

Previously, we used >=0.0. if there was no version information in the
dependes and suggests clause of a dune.module file. This breaks with
the new more strict version checking. Therefore with this revision no
version gets set if it does not appear in dune.module

Before we tried to search for dune-common twice (once without a version
and then with the required version). Unfortunately this breaks because
we are adding the same library target twice. With this patch we only
search for a module once.

The temporary file <dune-module>-config-version.tmp!

With this patch autotools now creates the file
<dune-module>-config-version.cmake mit autotools. To facilitate this
we added the variables DUNE_MOD_{MAJOR,MINOR,REVISION} to the makefiles.

Before this patch we always relied on dunecontrol/pkg-config to check
for the correct version. With this patch we include this functionality
also when building packges with dunecontrol for this use part of the version
checking of cmake (or pkg-config if there are packages without CMake support).
Basically we let CMake check wether the major and minor version matches and
afterwards use the information from the dune.module file. This should make
it possible to have several versions of DUNE installed and still always use
the correct version. During fixing these issues we noticed that our version
files were not recognized because the carried the wrong name. Now we use the
correct name <dune-module>-config-version.cmake.

This fixes FS#1422.

Replace tabs by spaces.

One of the latest patches prevent the macros of the current module
form being executed. This patch fixes this by including the module
in the dependency tree.

When making the entries of ALL_DEPENDENCIES unique, we skipped modules that
did not ship a Dune<ModuleName>Macros.cmake macro. This caused their libraries
to be missing in DUNE_LIBS. This patch fixes this situation.

Previously we already processed dune.module but in a much later stage during
configure. Dependencies are contained in dune.module. Therefore there is no
need to replicate them in the CMake package configuration files. With this
patch we now always process dune.module directly after finding the DUNE module.
In addition we set ${DUNE_MOD_NAME}_(DEPENDS|SUGGESTS} in the CMake environment.
As with this change DUNE_MOD_NAME will usually be set to to dune-common, we
also changed to using ProjectName and ProjectVersion (the canonical CMake names)
to refer to the current module and version.

In the CMake package configuration files generated with autotools
the CMake name of the library target contained a bogus lib in front
of it. This packages fixes this. Now the library can be referenced
in CMake as dunemodule (without dashes).