import polyorb-hi-ada, polyorb-hi-c and ocarina

git-svn-id: https://tecsw.estec.esa.int/svn/taste/trunk/ocarina@457 129961e7-ef38-4bb5-a8f7-c9a525a55882

ANNOUNCE

+Ocarina v1.1
+============
+
+The Ocarina team is proud to announce the release of Ocarina 1.1
+ (available at http://aadl.enst.fr)
+
+Ocarina is a set of libraries to manipulate AADL models. Ocarina is
+compliant with AADL 1.0, and some extensions from AADL 2.0.
+
+Ocarina is available as both source and binary packages for Windows,
+Linux, Solaris and Mac OS X.
+
+To download Ocarina, go to http://aadl.enst.fr/ocarina
+
+To download Ocarina + PolyORB-HI AADL runtime, go to
+http://aadl.enst.fr/polyorb-hi/
+
+Ocarina proposes
+
+* AADL parser and pretty printer
+
+* Code generation features for generating distributed applications on top of 
+  the PolyORB schizophrenic middleware
+
+* Code generation features for generating High-Integrity distributed
+  applications on top of the PolyORB-HI AADL middleware
+
+Ocarina comes with a set of examples to demonstrate these different features.
+For discussing Ocarina features, you can use the ocarina-users mailing list.
+
+Ocarina is primarily developed by Bechir Zalila, Jerome Hugues and
+Laurent Pautet at ENST (http://www.enst.fr).
+
+-------------------------------------------------------------------------------
+Ocarina v1.0-alpha
+==================
+
+Ocarina is a tool suite to manipulate, verify and process AADL
+descriptions. It provides a set of specialized modules built around a
+central core that manages the AADL model. Modules provide functions
+such as parse/print AADL description in different syntax, perform
+model analysis, generate code from a model, etc.
+
+Ocarina is primarily developed by Thomas Vergnaud and Laurent Pautet
+(Télécom Paris).
+
+
+* Contents
+
+This pre-release provides two main modules:
+
+** Ocarina core:
+
+The core of Ocarina provides basic functions to manipulate an abstract
+syntax tree representing an AADL mode:
+
+- an API to insert elements into the tree
+
+- functionnalities to scan the whole tree; callback functions can be
+associated to the tree nodes, in order to process the description
+
+- basic checks on the structure: completeness, type consistency, etc.
+ 
+** AADL parser and printer:
+
+These modules can read or write a description in the AADL syntax. They
+rely on the Ocarina core.
+
+
+* Important Note
+
+This pre-release must be considered as an unstable version. This means
+it may crash or produce incomplete results. Yet, it works for common
+AADL descriptions and can be used as a description validator.
+
+
+* AADL
+
+AADL (Architecture Analysis & Design Language) is an architecture
+description language targetted to the description of embedded
+real-time systems (e.g. avionics). More information can be found on
+the AADL web site: http://www.aadl.info

AUTHORS

+David Abad-Garcia <abadgarc@enst.fr>
+Thomas Autret <thomas.autret@enst.fr>
+Julien Delange <julien.delange@enst.fr>
+Olivier Gilles <olivier.gilles@enst.fr>
+Jerome Hugues <jerome.hugues@enst.fr>
+Fabrice Kordon <fabrice.kordon@lip6.fr>
+Stephane Lanarre <stephane.lanarre@enst.fr>
+Gilles Lasnier <gilles.lasnier@enst.fr>
+Laurent Pautet <laurent.pautet@enst.fr>
+Xavier Renault <xavier.renault@lip6.fr>
+Clement Tourriere <clement.tourriere@enst.fr>
+Thomas Vergnaud <thomas.vergnaud@enst.fr>
+Vo Ngoc Minh <nvo@enst.fr>
+Bechir Zalila <bechir.zalila@enst.fr>
+

INSTALL

+To compile and install Ocarina, just type:
+
+./configure [options]
+make
+make install
+
+type ./configure --help to get the list of possible options.
+
+If you modify source files, build Ocarina after a checkout or make
+distclean, or the directory hierarchy of the source files, you should
+re-generate autoconf and automake files (configure, Makefile.in...);
+to do this, from the main directory, run:
+
+./support/reconfig
+
+For more details, please refer to Ocarina's documentation.

Makefile.am

+SUBDIRS = support doc tools projects src resources projects-distrib examples
+AUTOMAKE_OPTIONS = no-dependencies
+ACLOCAL_AMFLAGS = -I support
+CLEANFILES = config-stamp
+
+EXTRA_DIST = $(top_srcdir)/Makefile.common
+
+# Default testing behavior. Can be overridden by the user
+MAKE_TESTS        = yes
+CLEAR_AT_TEST_END = yes
+
+test-suite: test-suite-internal
+
+test-suite-internal:
+	@if test '$(MAKE_TESTS)' = yes; then \
+	  if test -x '$(top_srcdir)/autotest.sh'; then \
+	    PATH="$(DESTDIR)$(bindir):$$PATH" \
+	    && path_conv="@CYGPATH_W@" path_sep="@PATH_SEP@" \
+	       $(top_srcdir)/autotest.sh --tests \
+	    && (test '$(CLEAR_AT_TEST_END)' = yes \
+	        && clear \
+	        && echo "TESTSUITE SUCCESSFULLY PASSED" \
+	        && echo "TESTED: `which ocarina`" \
+                && sleep 5 || true) || exit 1;\
+	  fi; \
+	  if test -x '$(top_srcdir)/../autotest.sh'; then \
+	    PATH="$(DESTDIR)$(bindir):$$PATH" \
+	    && path_conv="@CYGPATH_W@" path_sep="@PATH_SEP@" \
+	       $(top_srcdir)/../autotest.sh --tests \
+	    && (test '$(CLEAR_AT_TEST_END)' = yes \
+	        && clear \
+	        && echo "TESTSUITE SUCCESSFULLY PASSED" \
+	        && echo "TESTED: `which ocarina`"\
+	        && sleep 5 || true) || exit 1;\
+	  fi; \
+	fi
+
+tests::
+	@$(MAKE) test-suite-internal "MAKE_TESTS=yes" "CLEAR_AT_TEST_END=no"
+
+examples::
+	@$(MAKE) -C resources/runtime maybe-check-runtimes
+
+check-local: install
+	@$(MAKE) test-suite
+	@$(MAKE) -C resources/runtime maybe-check-runtimes
+
+STRIP = "@abs_top_srcdir@/support/strip_wrapper.sh"
+
+install-exec-local:
+	$(INSTALL) -d $(DESTDIR)$(bindir)
+	$(INSTALL) -d $(DESTDIR)$(datadir)
+	$(INSTALL_SCRIPT) ocarina-config $(DESTDIR)$(bindir)
+	$(INSTALL_DATA) $(srcdir)/ChangeLog $(DESTDIR)$(datadir)/doc/ocarina/ChangeLog_ocarina
+
+uninstall-local:
+	rm -f $(DESTDIR)$(bindir)/ocarina-config

Makefile.common

+# The use of ADA_PROJECT_PATH="..." is incompatible with the use of
+# the -aP gnatmake flag.
+
+if HAS_GNATMAKE_APDIR
+INIT_ADA_PROJECT_PATH =
+if HAS_XMLADA
+AP_FLAGS = ${addprefix -aP, $(XMLADA_PRJ) $(top_srcdir)/projects $(top_builddir)/projects}
+else
+AP_FLAGS = ${addprefix -aP, $(top_srcdir)/projects $(top_builddir)/projects}
+endif
+else
+if HAS_XMLADA
+INIT_ADA_PROJECT_PATH = ADA_PROJECT_PATH="$(XMLADA_PRJ)$(PATH_SEP)$(top_srcdir)/projects$(PATH_SEP)$(top_builddir)/projects$(PATH_SEP)$$ADA_PROJECT_PATH"
+else
+INIT_ADA_PROJECT_PATH = ADA_PROJECT_PATH="$(top_srcdir)/projects$(PATH_SEP)$(top_builddir)/projects$(PATH_SEP)$$ADA_PROJECT_PATH"
+endif
+AP_FLAGS =
+endif
+
+# The absolute source and build dire, depending on the platform
+
+PL_DEP_ABS_SRC_DIR = ${shell $(CYGPATH_W) "@abs_top_srcdir@/src"}
+PL_DEP_ABS_BUILD_DIR = ${shell $(CYGPATH_W) "@abs_top_builddir@/src"}
+
+# The absolute path to the XMLAda project directory, depending on the
+# platform
+
+XMLADA_PRJ = ${shell $(CYGPATH_W) "@XMLADA_PROJECT@"}
+
+# Some common rules to fetch Ada specs and bodies
+
+# If the Ada specs and bodies have to be generated from Pseudo-IDL
+# descriptions, we deduce their name from the P-IDL file name and we
+# remove the source directory prefix because they would be located in
+# the build directory.
+
+PIDL_SPECS=${shell find $(srcdir) -name '*.idl' 2> /dev/null}
+TREE_SPECS=${patsubst $(srcdir)/%, %, $(PIDL_SPECS:.idl=.ads)}
+TREE_BODIES=${patsubst $(srcdir)/%, %, $(PIDL_SPECS:.idl=.adb)}
+
+# Retrieve all other Ada specs and bodies.
+
+BRUTE_ADA_SPECS=${shell find . $(srcdir) -name '*.ads' | grep -v 'b~' 2> /dev/null}
+BRUTE_ADA_BODIES=${shell find . $(srcdir) -name '*.adb' | grep -v 'b~' 2> /dev/null}
+
+# The purpose of the sort is to remove duplicates.
+
+ADA_SPECS = ${sort $(TREE_SPECS) $(BRUTE_ADA_SPECS)}
+ADA_BODIES = ${sort $(TREE_BODIES) $(BRUTE_ADA_BODIES)}