def generate(self, modules):
"""
Generates and returns the packages for the list of modules supplied.
This is the function that converts the list of pyang modules to
Packages in the api_model
:param list of `pyang.statements.Statement`
"""
d_modules = [
module for module in modules
if hasattr(module, 'is_deviation_module')
]
modules = [
module for module in modules
if not hasattr(module, 'is_deviation_module')
]
only_modules = [
module for module in modules if module.keyword == 'module'
]
packages = []
deviation_packages = []
for module in d_modules:
package = Package(self.iskeyword)
module.i_package = package
package.stmt = module
if self.language == 'go':
package.name = get_go_package_name(package.name,
self.bundle_name)
deviation_packages.append(package)
for module in only_modules:
package = Package(self.iskeyword)
module.i_package = package
package.stmt = module
if self.language == 'go':
package.name = get_go_package_name(package.name,
self.bundle_name)
self._create_expanded_api_model(module, package,
deviation_packages)
packages.append(package)
packages.extend(deviation_packages)
# resolve cross references
for package in packages:
self._resolve_expanded_cross_references(package)
return packages
def generate(self, submodules, iskeyword):
packages = []
for sub in submodules:
package = Package(iskeyword)
sub.i_package = package
package.stmt = sub
packages.append(package)
return packages
def generate(self, submodules):
packages = []
for sub in submodules:
package = Package()
sub.i_package = package
package.stmt = sub
packages.append(package)
return packages
def generate(self, modules):
"""
Generates and returns the packages for the list of modules supplied.
This is the function that converts the list of pyang modules to
Packages in the api_model
:param list of `pyang.statements.Statement`
"""
d_modules = [module for module in modules if hasattr(module, 'is_deviation_module')]
modules = [module for module in modules if not hasattr(module, 'is_deviation_module')]
only_modules = [module for module in modules if module.keyword == 'module']
packages = []
deviation_packages = []
for module in d_modules:
package = Package(self.iskeyword)
module.i_package = package
package.stmt = module
if self.language == 'go':
package.name = get_go_package_name(package.name, self.bundle_name)
deviation_packages.append(package)
for module in only_modules:
package = Package(self.iskeyword)
module.i_package = package
package.stmt = module
if self.language == 'go':
package.name = get_go_package_name(package.name, self.bundle_name)
self._create_expanded_api_model(module, package, deviation_packages)
packages.append(package)
packages.extend(deviation_packages)
# resolve cross references
for package in packages:
self._resolve_expanded_cross_references(package)
return packages
def generate(self, submodules, iskeyword, language, bundle_name):
packages = []
for sub in submodules:
package = Package(iskeyword)
sub.i_package = package
package.stmt = sub
if language == 'go':
package.name = get_go_package_name(package.name, bundle_name)
packages.append(package)
return packages
def generate(self, submodules, iskeyword, language, bundle_name):
packages = []
for sub in submodules:
package = Package(iskeyword)
sub.i_package = package
package.stmt = sub
if language == 'go':
package.name = get_go_package_name(package.name, bundle_name)
packages.append(package)
return packages
def emit(self, packages, submodules):
self.ypy_ctx = None
self.packages = []
self.models_dir = ''
self.test_dir = ''
self.packages = packages
self.packages = sorted(self.packages, key=lambda package: package.name)
self.deviation_packages = [p for p in self.packages if hasattr(p, 'is_deviation')]
self.packages = [p for p in self.packages if not hasattr(p, 'is_deviation')]
self.submodules = []
for sub in submodules:
package = Package()
sub.i_package = package
package.stmt = sub
self.submodules.append(package)
self.initialize_print_environment()
self.print_files()
def generate(self, modules):
"""
Generates and returns the packages for the list of modules supplied.
This is the function that converts the list of pyang modules to
Packages in the api_model for the grouping as classes strategy.
:param list of `pyang.statements.Statement`
"""
only_modules = [m for m in modules if m.keyword == 'module']
packages = []
for m in only_modules:
p = Package(self.iskeyword)
m.i_package = p
p.stmt = m
self._create_grouping_class_api_model(m, p)
packages.append(p)
# resolve cross references
for p in packages:
self._resolve_grouping_class_cross_references(p)
return packages
def generate(self, modules):
"""
Generates and returns the packages for the list of modules supplied.
This is the function that converts the list of pyang modules to
Packages in the api_model for the grouping as classes strategy.
:param list of `pyang.statements.Statement`
"""
only_modules = [m for m in modules if m.keyword == 'module']
packages = []
for m in only_modules:
p = Package()
m.i_package = p
p.stmt = m
self._create_grouping_class_api_model(m, p)
packages.append(p)
# resolve cross references
for p in packages:
self._resolve_grouping_class_cross_references(p)
return packages
def emit(self, packages, submodules):
self.ypy_ctx = None
self.packages = []
self.models_dir = ''
self.test_dir = ''
self.packages = packages
self.packages = sorted(self.packages, key=lambda package: package.name)
self.deviation_packages = [
p for p in self.packages if hasattr(p, 'is_deviation')
]
self.packages = [
p for p in self.packages if not hasattr(p, 'is_deviation')
]
self.submodules = []
for sub in submodules:
package = Package()
sub.i_package = package
package.stmt = sub
self.submodules.append(package)
self.initialize_print_environment()
self.print_files()