def test_parse_generic_method_data(self):
"""Parsing should return a dict with the data from the test generic_method"""
metadata = ncf.parse_generic_method_metadata(
self.generic_method_content)
self.assertEqual(metadata['bundle_name'], "package_install_version")
self.assertEqual(metadata['bundle_args'],
["package_name", "package_version"])
self.assertEqual(metadata['name'], "Package install")
self.assertEqual(
metadata['description'],
"Install a package by name from the default system package manager"
)
self.assertEqual(metadata['parameter'],
[{
'name': 'package_name',
'description': 'Name of the package to install'
}, {
'name': 'package_version',
'description': 'Version of the package to install'
}])
self.assertEqual(metadata['class_prefix'], "package_install")
self.assertEqual(metadata['class_parameter'], "package_name")
self.assertEqual(metadata['class_parameter_id'], 1)
self.assertEqual(metadata['agent_version'], ">= 3.5")
self.assertEqual(len(metadata), len(self.methods_expected_tags))
self.assertEqual(metadata['agent_version'], ">= 3.5")
def test_parse_generic_method(self):
"""Parsing a generic method should return a dict with all defined generic_method tags"""
metadata = ncf.parse_generic_method_metadata(
self.generic_method_content)
self.assertEqual(
sorted(metadata.keys()),
sorted(ncf.tags["generic_method"] + ncf.tags["common"]))
def check_comments_for_all_generic_methods():
errors = 0
filenames = ncf.get_all_generic_methods_filenames()
names = []
for file in filenames:
content = open(file).read()
try:
metadata = ncf.parse_generic_method_metadata(content)['result']
except Exception as e:
print("Error in " + file + ": " + e.__str__())
if metadata['name'] in names:
print("Name '" + metadata['name'] +
"' already used by another generic_method (found in file " +
file + ")")
errors += 1
else:
names.append(metadata['name'])
if errors == 0:
print(
"R: ./30_generic_methods/each_generic_method_name_should_be_unique.py Pass"
)
return (errors != 0)
def test_parse_generic_method_data(self): """Parsing should return a dict with the data from the test generic_method""" metadata = ncf.parse_generic_method_metadata(self.generic_method_content) self.assertEqual(metadata['bundle_name'], "package_install_version") self.assertEqual(metadata['bundle_args'], ["package_name", "package_version"]) self.assertEqual(metadata['name'], "Package install") self.assertEqual(metadata['class_prefix'], "package_install") self.assertEqual(metadata['class_parameter'], "package_name") self.assertEqual(metadata['class_parameter_id'], 1) self.assertEqual(len(metadata), len(ncf.tags["generic_method"]+ncf.tags["common"]))
def test_parse_generic_method_data(self):
"""Parsing should return a dict with the data from the test generic_method"""
metadata = ncf.parse_generic_method_metadata(self.generic_method_content)
self.assertEqual(metadata['bundle_name'], "package_install_version")
self.assertEqual(metadata['bundle_args'], ["package_name", "package_version"])
self.assertEqual(metadata['name'], "Package install")
self.assertEqual(metadata['description'], "Install a package by name from the default system package manager")
self.assertEqual(metadata['parameter'], [{'name': 'package_name', 'description': 'Name of the package to install'},{'name': 'package_version', 'description': 'Version of the package to install'}])
self.assertEqual(metadata['class_prefix'], "package_install")
self.assertEqual(metadata['class_parameter'], "package_name")
self.assertEqual(metadata['class_parameter_id'], 1)
self.assertEqual(len(metadata), len(ncf.tags["generic_method"]+ncf.tags["common"]))
def test_parse_generic_method_data(self):
"""Parsing should return a dict with the data from the test generic_method"""
metadata = ncf.parse_generic_method_metadata(
self.generic_method_content)
self.assertEqual(metadata['bundle_name'], "package_install_version")
self.assertEqual(metadata['bundle_args'],
["package_name", "package_version"])
self.assertEqual(metadata['name'], "Package install")
self.assertEqual(metadata['class_prefix'], "package_install")
self.assertEqual(metadata['class_parameter'], "package_name")
self.assertEqual(metadata['class_parameter_id'], 1)
self.assertEqual(len(metadata),
len(ncf.tags["generic_method"] + ncf.tags["common"]))
def test_parse_generic_method_data(self):
"""Parsing should return a dict with the data from the test generic_method"""
metadata = ncf.parse_generic_method_metadata(self.generic_method_content)['result']
self.assertEqual(metadata['bundle_name'], "package_install_version")
self.assertEqual(metadata['bundle_args'], ["package_name", "package_version"])
self.assertEqual(metadata['name'], "Package install")
self.assertEqual(metadata['description'], "Install a package by name from the default system package manager")
self.assertEqual(metadata['parameter'], [ { 'constraints': ncf_constraints.default_constraint, 'name': 'package_name', 'description': 'Name of the package to install'},{ 'constraints': ncf_constraints.default_constraint, 'name': 'package_version', 'description': 'Version of the package to install'}])
self.assertEqual(metadata['class_prefix'], "package_install")
self.assertEqual(metadata['class_parameter'], "package_name")
self.assertEqual(metadata['class_parameter_id'], 1)
self.assertEqual(metadata['agent_version'], ">= 3.6")
self.assertEqual(len(metadata), len(self.methods_expected_tags))
self.assertEqual(metadata['agent_version'], ">= 3.6")
def custom_gm_metadata(alt_path=''):
all_metadata = {}
filenames = ncf.get_all_generic_methods_filenames()
for file in filenames:
with codecs.open(file, encoding="utf-8") as fd:
content = fd.read()
try:
result = ncf.parse_generic_method_metadata(content)
metadata = result["result"]
metadata["filename"] = file
all_metadata[metadata['bundle_name']] = metadata
except NcfError as e:
print("Could not parse generic method in '" + file + "'")
continue # skip this file, it doesn't have the right tags in - yuk!
return all_metadata
def check_comments_for_all_generic_methods():
errors = 0
filenames = ncf.get_all_generic_methods_filenames()
for file in filenames:
content = open(file).read()
try:
metadata = ncf.parse_generic_method_metadata(content)
except Exception as e:
print("Error in " + file + ": " + e.__str__())
errors += 1
if errors == 0:
print("R: ./30_generic_methods/all_bundles_should_be_commented.py Pass")
return (errors != 0)
def check_comments_for_all_generic_methods():
errors = 0
filenames = ncf.get_all_generic_methods_filenames()
for file in filenames:
content = open(file).read()
try:
metadata = ncf.parse_generic_method_metadata(content)
except Exception as e:
print "Error in " + file + ": " + e.__str__()
errors += 1
if errors == 0:
print "R: ./30_generic_methods/all_bundles_should_be_commented.py Pass"
return (errors != 0)
def test_parse_generic_method_data(self):
"""Parsing should return a dict with the data from the test generic_method"""
metadata = ncf.parse_generic_method_metadata(self.generic_method_content)
self.assertEqual(metadata["bundle_name"], "package_install_version")
self.assertEqual(metadata["bundle_args"], ["package_name", "package_version"])
self.assertEqual(metadata["name"], "Package install")
self.assertEqual(metadata["description"], "Install a package by name from the default system package manager")
self.assertEqual(
metadata["parameter"],
[
{"name": "package_name", "description": "Name of the package to install"},
{"name": "package_version", "description": "Version of the package to install"},
],
)
self.assertEqual(metadata["class_prefix"], "package_install")
self.assertEqual(metadata["class_parameter"], "package_name")
self.assertEqual(metadata["class_parameter_id"], 1)
self.assertEqual(len(metadata), len(ncf.tags["generic_method"] + ncf.tags["common"]))
def check_comments_for_all_generic_methods():
errors = 0
filenames = ncf.get_all_generic_methods_filenames()
names = []
for file in filenames:
content = open(file).read()
try:
metadata = ncf.parse_generic_method_metadata(content)['result']
except Exception as e:
print "Error in " + file + ": " + e.__str__()
if metadata['name'] in names:
print "Name '" + metadata['name'] + "' already used by another generic_method (found in file " + file + ")"
errors += 1
else:
names.append(metadata['name'])
if errors == 0:
print "R: ./30_generic_methods/each_generic_method_name_should_be_unique.py Pass"
return (errors != 0)
def test_parse_generic_method_data(self):
"""Parsing should return a dict with the data from the test generic_method"""
metadata = ncf.parse_generic_method_metadata(
self.generic_method_content)['result']
self.assertEqual(metadata['bundle_name'], "package_install_version")
self.assertEqual(metadata['bundle_args'],
["package_name", "package_version"])
self.assertEqual(metadata['name'], "Package install")
self.assertEqual(
metadata['description'],
"Install a package by name from the default system package manager"
)
self.assertEqual(metadata['parameter'],
[{
'constraints': {
"allow_empty_string": False,
"allow_whitespace_string": False,
"max_length": 16384
},
'type': 'string',
'name': 'package_name',
'description': 'Name of the package to install'
}, {
'constraints': {
"allow_empty_string": False,
"allow_whitespace_string": False,
"max_length": 16384
},
'type': 'version',
'name': 'package_version',
'description': 'Version of the package to install'
}])
self.assertEqual(metadata['class_prefix'], "package_install")
self.assertEqual(metadata['class_parameter'], "package_name")
self.assertEqual(metadata['class_parameter_id'], 1)
self.assertEqual(metadata['agent_version'], ">= 3.6")
self.assertEqual(len(metadata), len(self.methods_expected_tags))
self.assertEqual(metadata['agent_version'], ">= 3.6")
def __init__(self, path):
self.path = path
self.path_basename = os.path.basename(self.path).split('.')[0]
self.raw_content = self.get_raw_content()
self.content = self.get_bundle_content()
self.metadata = ncf.parse_generic_method_metadata(self.raw_content)["result"]
def test_parse_generic_method(self): """Parsing a generic method should return a dict with all defined generic_method tags""" metadata = ncf.parse_generic_method_metadata(self.generic_method_content) self.assertEqual(sorted(metadata.keys()), sorted(ncf.tags["generic_method"]+ncf.tags["common"]))
def test_parse_generic_method(self):
"""Parsing a generic method should return a dict with all defined generic_method tags"""
metadata = ncf.parse_generic_method_metadata(
self.generic_method_content)['result']
self.assertTrue(
set(metadata.keys()).issuperset(set(self.methods_expected_tags)))
def test_parse_generic_method(self): """Parsing a generic method should return a dict with all defined generic_method tags""" metadata = ncf.parse_generic_method_metadata(self.generic_method_content) self.assertTrue(set(metadata.keys()).issuperset(set(self.methods_expected_tags)))