def find_empty_dictionary_under_the_path(context, path):
"""Check if the value (attribute) can be found in the JSON output."""
jsondata = context.response.json()
assert jsondata is not None
v = get_value_using_path(jsondata, path)
assert v == {}, "An empty dictionary is expected, but value {v} with type {t} has been found" \
.format(v=v, t=type(v))
def find_timestamp_value_under_the_path(context, path):
"""Check if the value (attribute) can be found in the JSON output."""
jsondata = context.response.json()
assert jsondata is not None
v = get_value_using_path(jsondata, path)
assert v is not None
check_timestamp(v)
def find_value_under_the_path(context, expected, path):
"""Check if the value (attribute) can be found in the JSON output."""
jsondata = context.response.json()
assert jsondata is not None
value = get_value_using_path(jsondata, path)
assert value is not None
compare_value_from_json(value, expected)
def check_outliers(context, component):
"""Check the outlier record in the stack analysis."""
json_data = get_json_data(context)
path = 'recommendation/usage_outliers'
usage_outliers = get_value_using_path(json_data, path)
check_frequency_count(usage_outliers, component)
def find_null_value_under_the_path(context, path):
"""Check if the value (attribute) can be found in the JSON output."""
jsondata = context.response.json()
assert jsondata is not None
v = get_value_using_path(jsondata, path)
assert v is None, "None/null is expected, but {value} has been found".format(
value=v)
def check_equal_expectation_for_int(context, path, expected):
"""Check equality check for array object count."""
json_data = get_json_data(context)
actual_count = get_value_using_path(json_data, path)
assert actual_count == expected, \
"Found {} object(s) at {}, but {} is expected".format(
actual_count, path, expected)
def stack_analysis_check_licenses(context, licenses, path):
"""Check the license(s) in the stack analysis."""
licenses = split_comma_separated_list(licenses)
json_data = context.response.json()
node = get_value_using_path(json_data, path)
assert node is not None
check_licenses(node, licenses)
def check_outlier_validity(context):
"""Check the outlier validity in the stack analysis."""
json_data = context.response.json()
path = "result/0/recommendation/usage_outliers"
usage_outliers = get_value_using_path(json_data, path)
for usage_outlier in usage_outliers:
# log.info("PACKAGE: {}".format(usage_outlier["package_name"]))
check_frequency_count(usage_outliers, usage_outlier["package_name"])
def check_unknown_dependencies_count(context, expected):
"""Check number of unknown dependencies."""
json_data = get_json_data(context)
path = "result/0/user_stack_info/unknown_dependencies_count"
unknown_dependencies_count = get_value_using_path(json_data, path)
assert unknown_dependencies_count <= expected, \
"Found {} unknown dependencies, but at most {} is expected".format(
unknown_dependencies_count, expected)
def get_analyzed_components(context):
"""Return all analyzed components from the deserialized JSON file."""
json_data = get_json_data(context)
components = get_value_using_path(json_data, 'analyzed_dependencies')
assert components is not None
return components
def check_analyzed_dependencies_count(context, expected=1):
"""Check number of analyzed dependencies."""
json_data = get_json_data(context)
path = "result/0/user_stack_info/analyzed_dependencies_count"
analyzed_dependencies_count = get_value_using_path(json_data, path)
assert analyzed_dependencies_count >= expected, \
"Found only {} analyzed dependencies, but at least {} is expected".format(
analyzed_dependencies_count, expected)
def check_unknown_dependencies_count_exact_check(context, expected=1):
"""Check number of really unknown dependencies (for specific manifests)."""
json_data = get_json_data(context)
path = "result/0/user_stack_info/unkwnown_dependencies_count"
unknown_dependencies_count = get_value_using_path(json_data, path)
assert unknown_dependencies_count == expected, \
"Found {} unknown dependencies, but {} is expected".format(
unknown_dependencies_count, expected)
def check_dependencies_count(context, expected=1):
"""Check number of dependencies."""
json_data = get_json_data(context)
path = "result/0/user_stack_info/dependencies"
dependencies_count = len(get_value_using_path(json_data, path))
assert dependencies_count >= expected, \
"Found only {} dependencies, but at least {} is expected".format(
dependencies_count, expected)
def get_analyzed_components(context):
"""Return all analyzed components from the deserialized JSON file."""
json_data = get_json_data(context)
path = "result/0/user_stack_info/analyzed_dependencies"
components = get_value_using_path(json_data, path)
assert components is not None
return components
def validate_topic_list(context, key):
"""Verify topics' list for stack dependencies with the input stack topics."""
json_data = context.response.json()
path = "result"
manifest_results = get_value_using_path(json_data, path)
# loop through results for each of the manifest files
for result in manifest_results:
path = "recommendation/input_stack_topics"
input_stack_topics = get_value_using_path(result, path)
deps = get_value_using_path(result, key)
for dep in deps:
assert len(dep['topic_list']) == len(
input_stack_topics[dep['name']])
assert sorted(dep['topic_list']) == sorted(
input_stack_topics[dep['name']])
def check_timestamp_under_path(context, path):
"""Check the timestamp stored in selected attribute.
Check if timestamp value can be found in the JSON response object
under the given path.
"""
jsondata = context.response.json()
assert jsondata is not None
timestamp = get_value_using_path(jsondata, path)
check_timestamp(timestamp)
def check_dependency(context, package, version):
"""Check for the existence of dependency for given package."""
json_data = get_json_data(context)
path = "result/0/user_stack_info/dependencies"
dependencies = get_value_using_path(json_data, path)
assert dependencies is not None, \
"Empty or missing attribute user_stack_info/dependencies"
test_dependency_for_package_version(dependencies, package, version)
def check_all_analyzed_dependencies(context, packages):
"""Check all analyzed dependencies in the stack analysis."""
json_data = get_json_data(context)
packages = split_comma_separated_list(packages)
path = "result/0/user_stack_info/analyzed_dependencies"
analyzed_dependencies = get_value_using_path(json_data, path)
assert analyzed_dependencies is not None
dependencies = get_attribute_values(analyzed_dependencies, "name")
for package in packages:
if package not in dependencies:
raise Exception(
'Package {package} not found'.format(package=package))
def check_analyzed_packages(context, package, ecosystem):
"""Check the package in component analysis."""
context_reponse_existence_check(context)
json_data = context.response.json()
package_data = get_value_using_path(json_data, "result/data/0/package")
assert package_data is not None
check_attribute_presence(package_data, "ecosystem")
assert package_data["ecosystem"][0] == ecosystem
check_attribute_presence(package_data, "name")
assert package_data["name"][0] == package
def stack_analysis_check_replaces_count(context,
component,
version,
expected_replacements=1):
"""Check that the component is replaced only once in the alternate analysis."""
json_data = context.response.json()
path = "result/0/recommendation/alternate"
alternates = get_value_using_path(json_data, path)
replacements = find_replacements(alternates, component, version)
replacements_count = len(replacements)
assert replacements_count == expected_replacements, \
"there must be just %d replacement(s), " \
"but %d replacements have been found" % (expected_replacements, replacements_count)
def check_analyzed_dependency(context, package, version):
"""Check for the existence of analyzed dependency for given package."""
jsondata = context.response.json()
assert jsondata is not None
path = "result/0/user_stack_info/analyzed_dependencies"
analyzed_dependencies = get_value_using_path(jsondata, path)
assert analyzed_dependencies is not None
for analyzed_dependency in analyzed_dependencies:
if analyzed_dependency["name"] == package \
and analyzed_dependency["version"] == version:
break
else:
raise Exception(
'Package {package} with version {version} not found'.format(
package=package, version=version))
def check_analyzed_component(context, package, version, ecosystem):
"""Check the component in component analysis."""
context_reponse_existence_check(context)
json_data = context.response.json()
version_data = get_value_using_path(json_data, "result/data/0/version")
assert version_data is not None
check_attribute_presence(version_data, "pecosystem")
assert version_data["pecosystem"][0] == ecosystem
check_attribute_presence(version_data, "pname")
assert version_data["pname"][0] == package
check_attribute_presence(version_data, "version")
assert version_data["version"][0] == version
def stack_analysis_check_replaces(context, component, version, replaced_by,
replacement_version):
"""Check that the component is replaced by the given package and version."""
json_data = context.response.json()
path = "result/0/recommendation/alternate"
alternates = get_value_using_path(json_data, path)
replacements = find_replacements(alternates, component, version)
for replacement in replacements:
if replacement["name"] == replaced_by and \
replacement["version"] == replacement_version:
break
else:
raise Exception("Can not found expected replacement for the component"
" {component} {version}".format(component=component,
version=version))
def check_security_node(context, path):
"""Check the content of security node."""
json_data = get_json_data(context)
components = get_value_using_path(json_data, path)
assert components is not None
for component in components:
check_attribute_presence(component, "security")
cve_items = component["security"]
for cve_item in cve_items:
check_attribute_presence(cve_item, "CVE")
check_attribute_presence(cve_item, "CVSS")
cve = cve_item["CVE"]
cvss = cve_item["CVSS"]
check_cve_value(cve)
check_cvss_value(cvss)
def get_analyzed_packages(json_data):
"""Get names of all analyzed packages."""
path = "result/0/user_stack_info/dependencies"
analyzed_packages = get_value_using_path(json_data, path)
return get_attribute_values(analyzed_packages, "package")
def get_alternate_components(json_data):
"""Get alternate components from the stack analysis."""
path = "result/0/recommendation/alternate"
return get_value_using_path(json_data, path)
def get_user_components(json_data):
"""Get user components from the stack analysis."""
path = "result/0/user_stack_info/dependencies"
return get_value_using_path(json_data, path)
def get_companion_packages(json_data):
"""Get names of all packages in companion list."""
path = "result/0/recommendation/companion"
companion = get_value_using_path(json_data, path)
return get_attribute_values(companion, "name")
def verify_stack_level_field_presence_in_recommendation(context, field_name):
"""Check that the given field can be found in the recommendation."""
json_data = context.response.json()
path = 'result/0/recommendation'
recommendation = get_value_using_path(json_data, path)
assert recommendation.get(field_name, None) is not None
def verify_stack_level_field_presence_in_stack_report(context, field_name):
"""Check that the given field can be found in the stack report."""
json_data = context.response.json()
path = 'result/0/user_stack_info'
user_stack_info = get_value_using_path(json_data, path)
assert user_stack_info.get(field_name, None) is not None
