def enlarge(self):
super(MakeCaller, self).enlarge()
if len(self.__requested_calls) == 0:
return
for filename, args in self.__requested_calls:
external_cmd.exec_program(
program='make',
dir=self.parentbuilder().directory().abspath(),
args=['-f', filename] + args)
pass
# make might have had side effects that we don't see
scan.rescan_dir(self.parentbuilder().directory())
# just in case it had, we tell the machinery to initiate
# another round to have them recognized
# eventually. performancewise, we could see if the directory
# state changed, and only then reiterate. on the other, we can
# never know what Makefile writers think and do, and they
# could generate files in other directories than the current.
self.force_enlarge()
self.__requested_calls = []
pass
def make(builddir, args=None, env=None):
if args is None:
the_args = []
else:
the_args = args
pass
external_cmd.exec_program(program='make', dir=builddir, args=the_args, env=env)
pass
def CALL_MAKE_AND_RESCAN_SYNC(self, filename='Makefile', args=[]):
"""
Call make immediately, and rescan the directory. This is done
synchronously, so that the caller can be sure that make has
been called when the function returns.
"""
cwd = self.__caller.parentbuilder().directory()
external_cmd.exec_program(program='make',
dir=cwd.abspath(),
args=['-f', filename] + args)
pass
# make might have had side effects that we want to see
scan.rescan_dir(cwd)
pass
def cmake(packageroot, builddir, args=None, prefix=None, path=None):
cmake_prog = external_cmd.search_program('cmake', path)
if cmake_prog is None:
raise Error('cmake not found along path')
the_args = []
if args is not None:
the_args.extend(args)
pass
if prefix is not None:
assert type(prefix) in (list, tuple)
the_args.append('-DCMAKE_INSTALL_PREFIX='+'/'.join(prefix))
pass
the_args.append(os.sep.join(packageroot))
external_cmd.exec_program(
program=cmake_prog,
dir=os.path.join(builddir),
args=the_args,
path=path,
print_cmdline=True)
pass
def configure(packageroot,
builddir,
prefix,
readonly_prefixes=None,
args=None,
env=None):
assert type(packageroot) in [types.ListType, types.TupleType]
assert type(builddir) in [types.ListType, types.TupleType]
assert type(prefix) in [types.NoneType, types.ListType, types.TupleType]
assert type(readonly_prefixes) in [
types.NoneType, types.ListType, types.TupleType
]
argv = []
if prefix is not None:
argv.append('--prefix=' + os.sep.join(prefix))
pass
if readonly_prefixes is not None:
ro_args = []
for rp in readonly_prefixes:
assert type(rp) in [types.ListType, types.TupleType], rp
ro_args.append(os.sep.join(rp))
pass
if len(ro_args):
argv.append('--with-readonly-prefixes=' + ','.join(ro_args))
pass
pass
if args is not None:
argv.extend(args)
pass
external_cmd.exec_program(program=os.sep.join(packageroot + ['configure']),
args=argv,
env=env,
dir=builddir,
print_cmdline=True)
pass
def make(builddir, args, env=None):
external_cmd.exec_program(program='make', dir=builddir, args=args, env=env)
pass