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/*
* This is the project ``config'' file. It controls many aspects of
* how Aegis interacts with your project.
*
* There are several sections of this file, each dealing with a different
* aspect of the interaction between Aegis and the tools used to manage
* yout project.
*/
/*
* -------------------------------------------------------------------------
*
* The build tool is delegated.
*/
/*
* The build_command field of the config file is used to invoke the relevant
* build command. The following command tells cook where to find the recipes.
* The ${s Howto.cook} expands to a path into the baseline during development
* if the file is not in the change. Look in aesub(5) for more information
* about command substitutions.
*/
build_command =
"";
/* cook -book ${s Howto.cook} search_path=$search_path \
project=$p change=$c version=$v -star -no-log -action -notouch";
/*
* The recipes in the User Guide will all remove their targets before
* constructing them, which qualifies them to use the following entry in the
* config file. The targets MUST be removed first if this field is true,
* otherwise the baseline would cease to be self-consistent.
*
* Fortunately, Cook has a nifty ``set unlink;'' statement which is
* placed at the top of the cookbook.
*/
link_integration_directory = true;
/*
* -------------------------------------------------------------------------
*
* The history tool is delegated.
*
* The fhist program was written by David I. Bell and is admirably
* suited to providing a history mechanism with out the "cruft" that
* SCCS and RCS impose. The fhist program also comes with two other
* utilities, fcomp and fmerge, which use the same minimal difference
* algorithm.
*
* Please note that the [# edit #] feature needs to be avoided, or the
* -Fored_Update (-fu) flag needs to be used in addition to the
* -Conditional_Update (-cu) flag, otherwise updates will complain that
* ``Input file "XXX" contains edit A instead of B for module "YYY"''
*
* The history_create_command and the history_put_command are
* intentionally identical. This minimizes problems when using
* branches.
*
* The ${quote ...} construct is used to quote filesnames whicg 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 project history. The command is
* always executed as the project owner. Note he the source is left in
* the baseline. The following substitutions are available:
*
* ${Input}
* absolute path of the source file
* ${History}
* absolute path of the history file
*
* The history_create_command and the history_put_command are
* intentionally identical. This minimizes problems when using
* branches.
*/
history_create_command =
"fhist ${quote ${basename $input}} -cr -cu -i ${quote $input} \
-p ${quote ${dirname $history}} -r";
/*
* This command is used to get a specific edit back from history. The
* command may be executed by developers. 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
*
* Note that the destination filename will never look anything like the
* history source filename, so the -p is essential.
*/
history_get_command =
"fhist ${quote ${basename $history}} -e ${quote $e} \
-o ${quote $output} -p ${quote ${dirname $history}}";
/*
* This command is used to add a new "top-most" entry to the history
* file. This command is always executed as the project owner. Note
* that the source file is left in the baseline. The following
* substitutions are available:
*
* ${Input}
* absolute path of source file
* ${History}
* absolute path of history file
*
* The history_create_command and the history_put_command are
* intentionally identical. This minimizes problems when using
* branches.
*/
history_put_command =
"fhist ${quote ${basename $input}} -cr -cu -i ${quote $input} \
-p ${quote ${dirname $history}} -r";
/*
* 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 may be executed by developers. The following
* substitutions are available:
*
* ${History}
* absolute path of the history file
*/
history_query_command =
"fhist ${quote ${basename $history}} -l 0 \
-p ${quote ${dirname $history}} -q";
/*
* -------------------------------------------------------------------------
*
* The difference and merge tools are delegated.
*/
/*
* Compare two files using fcomp. The -w option produces an output of
* the entire file, with insertions an deletions marked by "change bars"
* in the left margin. This is superior to context difference, as it
* shows the entire file as context. The -s option could be added to
* compare runs of white space as equal.
*
* This command is used by aed(1) to produce a difference listing when
* file in the development directory was originally copied from 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 version
* originally copied. 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 non-zero exit status may be used to overload this command with
* extra tests, such as line length limits. The difference files must
* be produced in addition to these extra tests.
*/
diff_command =
"fcomp -w ${quote $original} ${quote $input} -o ${quote $output}";
/*
* Compare three files using fmerge. Conflicts are marked in the
* 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.
*/
merge_command =
"fmerge ${quote $original} ${quote $MostRecent} ${quote $input} \
-o ${quote $output} -c /dev/null";
/*
* -------------------------------------------------------------------------
*
* The new file templates are very handy. They allow all sorts of things
* to be se automatically. You need to edit them to add your own name,
* and copyright conditions.
*/
file_template =
[
{
pattern = [ "*" ];
body = "${read_file ${source etc/template/generic abs}}";
}
];
/* -------------------------------------------------------------------------
*
* The integrate_begin_exceptions are files which are not hard linked
* from the baseline to the integration directory. In this case, this
* is done to ensure the version stmp is updated appropriately.
*/
integrate_begin_exceptions = [ ];
/* -------------------------------------------------------------------------
*
* The trojan_horse_suspect field is a list of filename patterns which
* indicate files which *could* host a Trojan horse attack. It makes
* aedist --receive more cautions. It is NOT a silver bullet: just
* about ANY file can host a Trojan, one way or the other.
*/
trojan_horse_suspect = [ ];
build_covers_all_architectures = true;
test_command = "make test";
build_time_adjust=dont_adjust;
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