def _init_namespace_info(self, packages):
module_map = {}
for m in [p.stmt for p in packages]:
ns = m.search_one('namespace')
if ns is not None:
self.namespace_list.append(
(m.arg.replace('-', '_'), ns.arg, yang_id(m)))
module_map[m.arg] = ns.arg
for m in [p.stmt for p in packages]:
if m.keyword == 'submodule':
including_module = m.i_including_modulename
if including_module is not None and including_module in module_map:
main_ns = module_map[including_module]
self.namespace_list.append(
(m.arg.replace('-', '_'), main_ns, yang_id(m)))
for package in packages:
ns = package.stmt.search_one('namespace')
for ele in package.owned_elements:
if hasattr(ele, 'stmt') and ele.stmt is not None and (
ele.stmt.keyword == 'container'
or ele.stmt.keyword == 'list'):
self.namespace_map[(ns.arg, ele.stmt.arg)] = (
package.get_py_mod_name(), ele.name)
def emit_yang_ns(ctx, packages):
ctx.printer.print_yang_ns_header()
ns_list = []
module_map = {}
namespace_map = {}
for m in [p.stmt for p in packages]:
ns = m.search_one('namespace')
if ns is not None:
ns_list.append((m.arg.replace('-', '_'), ns.arg, yang_id(m)))
module_map[m.arg] = ns.arg
for m in [p.stmt for p in packages]:
if m.keyword == 'submodule':
including_module = m.i_including_modulename
if including_module is not None and including_module in module_map:
main_ns = module_map[including_module]
ns_list.append((m.arg.replace('-', '_'), main_ns, yang_id(m)))
for package in packages:
ns = package.stmt.search_one('namespace')
for ele in package.owned_elements:
if hasattr(ele, 'stmt') and ele.stmt is not None and (
ele.stmt.keyword == 'container'
or ele.stmt.keyword == 'list'):
namespace_map[(ns.arg,
ele.stmt.arg)] = (package.get_py_mod_name(),
ele.name)
ctx.printer.print_namespaces(ns_list)
ctx.printer.print_identity_map(packages)
ctx.printer.print_namespaces_map(namespace_map)
def emit_yang_ns(ctx, packages):
ctx.printer.print_yang_ns_header()
ns_list = []
module_map = {}
namespace_map = {}
for m in [p.stmt for p in packages]:
ns = m.search_one('namespace')
if ns is not None:
ns_list.append((m.arg.replace('-', '_'), ns.arg, yang_id(m)))
module_map[m.arg] = ns.arg
for m in [p.stmt for p in packages]:
if m.keyword == 'submodule':
including_module = m.i_including_modulename
if including_module is not None and including_module in module_map:
main_ns = module_map[including_module]
ns_list.append((m.arg.replace('-', '_'), main_ns, yang_id(m)))
for package in packages:
ns = package.stmt.search_one('namespace')
for ele in package.owned_elements:
if hasattr(ele, 'stmt') and ele.stmt is not None and (ele.stmt.keyword == 'container' or ele.stmt.keyword == 'list'):
namespace_map[(ns.arg, ele.stmt.arg)] = (package.get_py_mod_name(), ele.name)
ctx.printer.print_namespaces(ns_list)
ctx.printer.print_identity_map(packages)
ctx.printer.print_namespaces_map(namespace_map)
def _init_namespace_info(self, packages):
module_map = {}
for m in [p.stmt for p in packages]:
ns = m.search_one('namespace')
if ns is not None:
self.namespace_list.append((m.arg.replace('-', '_'), ns.arg, yang_id(m)))
module_map[m.arg] = ns.arg
for m in [p.stmt for p in packages]:
if m.keyword == 'submodule':
including_module = m.i_including_modulename
if including_module is not None and including_module in module_map:
main_ns = module_map[including_module]
self.namespace_list.append((m.arg.replace('-', '_'), main_ns, yang_id(m)))
for package in packages:
ns = package.stmt.search_one('namespace')
for ele in package.owned_elements:
if hasattr(ele, 'stmt') and ele.stmt is not None and (ele.stmt.keyword == 'container' or ele.stmt.keyword == 'list'):
self.namespace_map[(ns.arg, ele.stmt.arg)] = (package.get_py_mod_name(), ele.name)
def emit_module_header(ctx, package, mheader=None, is_meta=False):
# ::::::::::::::::::::::::::::::::::::::::
# Print the header
# ::::::::::::::::::::::::::::::::::::::::
s = package.stmt
if is_meta:
rpcs = [
idx for idx in package.owned_elements
if isinstance(idx, Class) and idx.is_rpc()
]
anyxml_import = ''
if len(rpcs) > 0:
anyxml_import = ', ANYXML_CLASS'
ctx.printer.meta_header(anyxml_import)
else:
comment = s.search_one('description')
ctx.writeln('""" %s ' % package.name)
ctx.bline()
if comment is not None and not is_meta:
ctx.comment = comment.arg
for line in ctx.comment.split('\n'):
ctx.writeln(convert_to_reStructuredText(line))
ctx.bline()
ctx.writeln('"""')
ctx.printer.header(mheader)
ctx.printer.imports(package)
ctx.root = s
ctx.augment_path = ''
ctx.aug_stmt = None
ctx.module_name = yang_id(s)
ctx.module = s
# get the yang meta information.
prefix = s.search_one('prefix')
if prefix is not None:
ctx.prefix = yang_id(prefix)
namespace = s.search_one('namespace')
if namespace is not None:
ctx.namespace = yang_id(namespace)
org = s.search_one('organization')
if org is not None:
ctx.organization = yang_id(org)
contact = s.search_one('contact')
if contact is not None:
ctx.contact = yang_id(contact)
revision = s.search_one('revision')
if revision is not None:
ctx.revision = yang_id(revision)
ctx.ns += [(yang_id(s), ctx.namespace)]
def emit_module_header(ctx, package, mheader=None, is_meta=False):
# ::::::::::::::::::::::::::::::::::::::::
# Print the header
# ::::::::::::::::::::::::::::::::::::::::
s = package.stmt
if is_meta:
rpcs = [idx for idx in package.owned_elements if isinstance(idx, Class) and idx.is_rpc()]
anyxml_import = ''
if len(rpcs) > 0:
anyxml_import = ', ANYXML_CLASS'
ctx.printer.meta_header(anyxml_import)
else:
comment = s.search_one('description')
ctx.writeln('""" %s ' % package.name)
ctx.bline()
if comment is not None and not is_meta:
ctx.comment = comment.arg
for line in ctx.comment.split('\n'):
ctx.writeln(convert_to_reStructuredText(line))
ctx.bline()
ctx.writeln('"""')
ctx.printer.header(mheader)
ctx.printer.imports(package)
ctx.root = s
ctx.augment_path = ''
ctx.aug_stmt = None
ctx.module_name = yang_id(s)
ctx.module = s
# get the yang meta information.
prefix = s.search_one('prefix')
if prefix is not None:
ctx.prefix = yang_id(prefix)
namespace = s.search_one('namespace')
if namespace is not None:
ctx.namespace = yang_id(namespace)
org = s.search_one('organization')
if org is not None:
ctx.organization = yang_id(org)
contact = s.search_one('contact')
if contact is not None:
ctx.contact = yang_id(contact)
revision = s.search_one('revision')
if revision is not None:
ctx.revision = yang_id(revision)
ctx.ns += [(yang_id(s), ctx.namespace)]