def __init__(self, extmodule, files_sum_repository=None, encoding='ascii'):
object.__init__(self)
self.__extmodule = extmodule
self.__files_sum_repository = files_sum_repository
self.__encoding=encoding
if None is files_sum_repository:
self.__files_sum_repository = md5sum_repository.dummy_repository_t()
self.__exposed_decls_db = utils.exposed_decls_db_t()
self.__exposed_decls_db.register_decls( extmodule.global_ns
, extmodule.specially_exposed_decls )
def register_module_dependency(self, other_module_generated_code_dir):
"""
`already_exposed` solution is pretty good when you mix hand-written
modules with `Py++` generated. It doesn't work/scale for "true"
multi-module development. This is exactly the reason why `Py++`
offers "semi automatic" solution.
For every exposed module, `Py++` generates `exposed_decl.pypp.txt` file.
This file contains the list of all parsed declarations and whether they
were included or excluded. Later, when you work on another module, you
can tell `Py++` that the current module depends on the previously
generated one. `Py++` will load `exposed_decl.pypp.txt` file and update
the declarations.
"""
db = utils.exposed_decls_db_t()
db.load(other_module_generated_code_dir)
db.update_decls(self.global_ns)
def register_module_dependency( self, other_module_generated_code_dir ):
"""
`already_exposed` solution is pretty good when you mix hand-written
modules with `Py++` generated. It doesn't work/scale for "true"
multi-module development. This is exactly the reason why `Py++`
offers "semi automatic" solution.
For every exposed module, `Py++` generates `exposed_decl.pypp.txt` file.
This file contains the list of all parsed declarations and whether they
were included or excluded. Later, when you work on another module, you
can tell `Py++` that the current module depends on the previously
generated one. `Py++` will load `exposed_decl.pypp.txt` file and update
the declarations.
"""
db = utils.exposed_decls_db_t()
db.load( other_module_generated_code_dir )
db.update_decls( self.global_ns )
