path: root/config

/*
 * MANIFEST: use of SCons in project config file to build itself
 *
 * SCons has a Repository feature, introduced in SCons 0.09, that was
 * designed to work well with Aegis.
 */

/*
 * The build_command field of the project config file is used to invoke
 * the relevant build command.  This command tells SCons where to find
 * the rules.
 *
 * Our chicken-and-egg dilemma is this: we want to use the version of
 * SCons under development in an Aegis change to build itself.  But the
 * pieces of SCons are likely only partly in this change, and partly in
 * baselines.
 *
 * Python only imports things on a module-by-module basis--which is to
 * say, once it finds __init__.py in a given directory, it assumes that
 * all other files in that module are in the same directory.  But that's
 * not the way Aegis works, because if a file hasn't changed on the
 * branch, it will only be in its parent's baseline directory.
 *
 * Aegis' mechanism for working around this sort of problem is to make
 * symlinks to the proper baseline versions of each file, which makes
 * it look like everything is in the local tree.  That's unattractive,
 * though, because we really want to eat our own dog food and use the
 * SCons -Y options to pull things from the baseline repositories.
 *
 * So our solution (suggested by Anthony Roach) is a bootstrap.py script
 * that does some Aegis-like searching through the baseline directories
 * and makes a bootstrap copy of the version of SCons under development
 * that we can use for building.  After it makes this copy of SCons, it
 * executes it with the same command-line arguments we supplied (and
 * setting $SCONS_LIB_DIR to the right directory) so we can use it
 * here with command-line options as if it were SCons itself.  (Note,
 * however, that bootstrap.py only understands the specific command-line
 * options already in use here, so if you change the call below to add
 * some other SCons options, you may have to modify bootstrap.py to
 * recognize them.
 *
 * The ${Source bootstrap.py} substitution finds bootstrap.py wherever
 * it may be in the Aegis baselines.
 *
 * The long -Y${SUBSTitute...} substitution takes the Aegis baseline
 * search path and turns it into the right -Y command-line options for
 * SCons.
 *
 * The rest of the substitutions (${DEVeloper}, etc.) should be obvious.
 *
 * Look in aesub(5) for more information about command substitutions.
 */
build_command = "python1.5 ${Source bootstrap.py} -Y${SUBSTitute : \\ -Y $Search_Path} date='${DAte %Y/%m/%d %H:%M:%S}' developer=${DEVeloper} version=${VERsion} change=${Change}";

/*
 * SCons removes its targets before constructing them, which qualifies it
 * for the following entry in the config file.  The files must be removed
 * first, otherwise the baseline would cease to be self-consistent.
 */

link_integration_directory = true;

/*
 * This is set temporarily to allow us to build using the SCons
 * currently checked in to the src directory.
create_symlinks_before_build = true;
 */

/*
 *	aegis - project change supervisor
 *	This file is in the Public Domain, 1995, 1998 Peter Miller.
 *
 * MANIFEST: example of using rcs in the project config file
 *
 * The entries for the commands are listed below.  RCS uses a slightly
 * different model than aegis wants, so some maneuvering is required.
 * The command strings in this section assume that the RCS commands ci and co
 * and rcs and rlog are in the command search PATH, but you may like to
 * hard-wire the paths, or set PATH at the start of each.  You should also note
 * that the strings are always handed to the Bourne shell to be executed, and
 * are set to exit with an error immediately a sub-command fails.
 *
 * In these commands, the RCS file is kept unlocked, since only the owner will
 * be checking changes in.  The RCS functionality for coordinating shared
 * access is not required.
 *
 * One advantage of using RCS version 5.6 or later is that binary files are
 * supported, should you want to have binary files in the baseline.
 *
 * The ${quote ...} construct is used to quote filenames which contain
 * shell special characters.  A minimum of quoting is performed, so if
 * the filenames do not contail shell special characters, no quotes will
 * be used.
 */

/*
 * This command is used to create a new file history.
 * This command is always executed as the project owner.
 * The following substitutions are available:
 *
 * ${Input}
 *	absolute path of the source file
 * ${History}
 *	absolute path of the history file
 *
 * The "ci -f" option is used to specify that a copy is to be checked-in even
 *	if there are no changes.
 * The "ci -u" option is used to specify that an unlocked copy will remain in
 *	the baseline.
 * The "ci -d" option is used to specify that the file time rather than the
 *	current time is to be used for the new revision.
 * The "ci -M" option is used to specify that the mode date on the original
 *	file is not to be altered.
 * The "ci -t" option is used to specify that there is to be no description
 *	text for the new RCS file.
 * The "ci -m" option is used to specify that the change number is to be stored
 *	in the file log if this is actually an update (typically from aenf
 *	after aerm on the same file name).
 * The "rcs -U" option is used to specify that the new RCS file is to have
 *	unstrict locking.
 * The "rcs -kk" option is used to specify that keyword substitution is
 *	disabled (only keyword names, not values, are substituted).
 */
history_create_command =
	"ci -f -u -d -M -m$c -t/dev/null ${quote $input} ${quote $history,v}; \
rcs -kk -U ${quote $history,v}";


/*
 * This command is used to get a specific edit back from history.
 * This command is always executed as the project owner.
 * The following substitutions are available:
 *
 * ${History}
 *	absolute path of the history file
 * ${Edit}
 *	edit number, as given by history_\%query_\%command
 * ${Output}
 *	absolute path of the destination file
 *
 * The "co -r" option is used to specify the edit to be retrieved.
 * The "co -p" option is used to specify that the results be printed on the
 *	standard output; this is because the destination filename will never
 *	look anything like the history source filename.
 * The "rcs -kk" option is used to specify that keyword substitution is
 *	disabled (only keyword names, not values, are substituted).
 */
history_get_command =
	"co -kk -r${quote $edit} -p ${quote $history,v} > ${quote $output}";

/*
 * This command is used to add a new "top-most" entry to the history file.
 * This command is always executed as the project owner.
 * The following substitutions are available:
 *
 * ${Input}
 *	absolute path of source file
 * ${History}
 *	absolute path of history file
 *
 * The "ci -f" option is used to specify that a copy is to be checked-in even
 *	if there are no changes.
 * The "ci -u" option is used to specify that an unlocked copy will remain in
 *	the baseline.
 * The "ci -d" option is used to specify that the file time rather than the
 *	current time is to be used for the new revision.
 * The "ci -M" option is used to specify that the mode date on the original
 *	file is not to be altered.
 * The "ci -m" option is used to specify that the change number is to be stored
 *	in the file log, which allows rlog to be used to find the change
 *	numbers to which each revision of the file corresponds.
 *
 * It is possible for a a very cautious approach has been taken, in which case
 * the history_put_command may be set to the same string specified above for
 * the history_create_command.
 */
history_put_command =
	"ci -f -u -d -M -m$c ${quote $input} ${quote $history,v}";

/*
 * This command is used to query what the history mechanism calls the top-most
 * edit of a history file.  The result may be any arbitrary string, it need not
 * be anything like a number, just so long as it uniquely identifies the edit
 * for use by the history_get_command at a later date.  The edit number is to
 * be printed on the standard output.  This command is always executed as the
 * project owner.
 *
 * The following substitutions are available:
 *
 * ${History}
 *	absolute path of the history file
 */
history_query_command =
	"rlog -r ${quote $history,v} | awk '/^head:/ {print $$2}'";

/*
 * RCS also provides a merge program, which can be used to provide a three-way
 * merge.  It has an ouput format some sites prefer to the fmerge output.
 *
 * This command is used by aed(1) to produce a difference listing when a file
 * in the development directory is out of date compared to the current version
 * in the baseline.
 *
 * All of the command substitutions described in aesub(5) are available.
 * In addition, the following substitutions are also available:
 *
 * ${ORiginal}
 *	The absolute path name of a file containing the common ancestor
 *	version of ${MostRecent} and {$Input}.  Usually the version originally
 *	copied into the change.  Usually in a temporary file.
 * ${Most_Recent}
 *	The absolute path name of a file containing the most recent version.
 *	Usually in the baseline.
 * ${Input}
 *	The absolute path name of the edited version of the file.  Usually in
 *	the development directory.
 * ${Output}
 *	The absolute path name of the file in which to write the difference
 *	listing.  Usually in the development directory.
 *
 * An exit status of 0 means successful, even of the files differ (and they
 * usually do).  An exit status which is non-zero means something is wrong.
 *
 * The "merge -L" options are used to specify labels for the baseline and the
 *	development directory, respecticvely, when conflict lines are inserted
 *	into the result.
 * The "merge -p" options is used to specify that the results are to be printed
 *	on the standard output.
 */

diff3_command =
	"set +e; \
merge -p -L baseline -L C$c ${quote $mostrecent} ${quote $original} \
${quote $input} > ${quote $output}; \
test $? -le 1";

/*
 * The diff command in Red Hat 8.0 changed the exit status so it *fails*
 * when *it* thinks it's trying to diff a binary (non-ASCII-text) file.
 * The -a option disables this behavior and makes diff's exit status
 * behave like it used to, even on any binary files we have checked in.
 */

diff_command =
	"set +e; \
	diff -a -c ${quote $original} ${quote $input} > ${quote $output}; \
	test $? -le 1";

/*
 * We use a runtest.py script to execute tests.  This takes care of
 * massaging environment variables and the like to test against the
 * unpacked package in the current directory.
 *
 * Note that we must include $spe in the batch_test_command line (so
 * that Aegis thinks we're smart about testing ourselves against the
 * baseline) but we don't actually need it.  Our tests always run
 * relative to the package built under the current directory, which
 * is set appropriately during a baseline test.  So we just use the
 * proper aesub variable to comment out the expanded $spe.
 */
test_command = "python1.5 ${Source runtest.py Absolute} -p tar-gz -t -v ${SUBSTitute '\\.[CD][0-9]+$' '' ${VERsion}} -q --sp ${Search_Path} --spe ${Search_Path_Executable} ${File_Name}";

batch_test_command = "python1.5 ${Source runtest.py Absolute} -p tar-gz -t -v ${SUBSTitute '\\.[CD][0-9]+$' '' ${VERsion}} -o ${Output} --aegis  --sp ${Search_Path} --spe ${Search_Path_Executable} ${File_Names}";

new_test_filename = "test/CHANGETHIS.py";

/*
 *
 */
file_template =
[
	{
		pattern = [ "src/engine/*__init__.py" ];
		body = "${read_file ${source template/__init__.py abs}}";
	},
	{
		pattern = [ "src/engine/*Tests.py" ];
		body = "${read_file ${source template/Tests.py abs}}";
	},
	{
		pattern = [ "src/engine/*.py" ];
		body = "${read_file ${source template/file.py abs}}";
	},
	{
		pattern = [ "test/*.py" ];
		body = "${read_file ${source template/test.py abs}}";
	},
];