def actualize_location(self, target):
assert isinstance(target, basestring)
engine = self.project_.manager_.engine()
if self.action_:
# This is a derived file.
path = self.path()
engine.set_target_variable(target, 'LOCATE', path)
# Make sure the path exists.
engine.add_dependency(target, path)
common.mkdir(engine, path)
# It's possible that the target name includes a directory
# too, for example when installing headers. Create that
# directory.
d = os.path.dirname(get_value(target))
if d:
d = os.path.join(path, d)
engine.add_dependency(target, d)
common.mkdir(engine, d)
# For real file target, we create a fake target that
# depends on the real target. This allows to run
#
# bjam hello.o
#
# without trying to guess the name of the real target.
# Note the that target has no directory name, and a special
# grist <e>.
#
# First, that means that "bjam hello.o" will build all
# known hello.o targets.
# Second, the <e> grist makes sure this target won't be confused
# with other targets, for example, if we have subdir 'test'
# with target 'test' in it that includes 'test.o' file,
# then the target for directory will be just 'test' the target
# for test.o will be <ptest/bin/gcc/debug>test.o and the target
# we create below will be <e>test.o
engine.add_dependency("<e>%s" % get_value(target), target)
# Allow bjam <path-to-file>/<file> to work. This won't catch all
# possible ways to refer to the path (relative/absolute, extra ".",
# various "..", but should help in obvious cases.
engine.add_dependency(
"<e>%s" % (os.path.join(path, get_value(target))), target)
else:
# This is a source file.
engine.set_target_variable(target, 'SEARCH',
self.project_.get('source-location'))
def actualize_location (self, target):
assert isinstance(target, basestring)
engine = self.project_.manager_.engine ()
if self.action_:
# This is a derived file.
path = self.path ()
engine.set_target_variable (target, 'LOCATE', path)
# Make sure the path exists.
engine.add_dependency (target, path)
common.mkdir(engine, path)
# It's possible that the target name includes a directory
# too, for example when installing headers. Create that
# directory.
d = os.path.dirname(get_value(target))
if d:
d = os.path.join(path, d)
engine.add_dependency(target, d)
common.mkdir(engine, d)
# For real file target, we create a fake target that
# depends on the real target. This allows to run
#
# bjam hello.o
#
# without trying to guess the name of the real target.
# Note the that target has no directory name, and a special
# grist <e>.
#
# First, that means that "bjam hello.o" will build all
# known hello.o targets.
# Second, the <e> grist makes sure this target won't be confused
# with other targets, for example, if we have subdir 'test'
# with target 'test' in it that includes 'test.o' file,
# then the target for directory will be just 'test' the target
# for test.o will be <ptest/bin/gcc/debug>test.o and the target
# we create below will be <e>test.o
engine.add_dependency("<e>%s" % get_value(target), target)
# Allow bjam <path-to-file>/<file> to work. This won't catch all
# possible ways to refer to the path (relative/absolute, extra ".",
# various "..", but should help in obvious cases.
engine.add_dependency("<e>%s" % (os.path.join(path, get_value(target))), target)
else:
# This is a source file.
engine.set_target_variable (target, 'SEARCH', self.project_.get ('source-location'))