def test_inner_package(err, package_contents, package):
"Tests a package's inner content."
# Iterate through each tier.
for tier in sorted(decorator.get_tiers()):
# Let the error bundler know what tier we're on
err.tier = tier
# Iterate through each test of our detected type
for test in decorator.get_tests(tier, err.detected_type):
test_func = test["test"]
if test["simple"]:
test_func(err)
else:
# Pass in:
# - Error Bundler
# - Package listing
# - A copy of the package itself
test_func(err, package_contents, package)
# Return any errors at the end of the tier if undetermined.
if err.failed(fail_on_warnings=False) and not err.determined:
err.unfinished = True
return err
# Return the results.
return err
def test_tiers():
"""Tests to make sure that the decorator module is properly
registering test functions."""
decorator.TEST_TIERS = {}
decorator.register_test(tier=1)(lambda: None)
decorator.register_test(tier=2, expected_type=5)(lambda: None)
decorator.register_test(tier=2)(lambda: None)
decorator.register_test(tier=2, simple=True)(lambda: None)
tiers = decorator.get_tiers()
print tiers
assert len(tiers) == 2
def test_inner_package(err, xpi_package, for_appversions=None):
"Tests a package's inner content."
populate_chrome_manifest(err, xpi_package)
# Iterate through each tier.
for tier in sorted(decorator.get_tiers()):
# Let the error bundler know what tier we're on.
err.set_tier(tier)
# Iterate through each test of our detected type.
for test in decorator.get_tests(tier, err.detected_type):
# Test whether the test is app/version specific.
if test["versions"] is not None:
# If the test's version requirements don't apply to the add-on,
# then skip the test.
if not err.supports_version(test["versions"]):
continue
# If the user's version requirements don't apply to the test or
# to the add-on, then skip the test.
if (for_appversions and
not (err._compare_version(requirements=for_appversions,
support=test["versions"]) and
err.supports_version(for_appversions))):
continue
# Save the version requirements to the error bundler.
err.version_requirements = test["versions"]
test_func = test["test"]
if test["simple"]:
test_func(err)
else:
# Pass in:
# - Error Bundler
# - A copy of the package itself
test_func(err, xpi_package)
# Return any errors at the end of the tier if undetermined.
if err.failed(fail_on_warnings=False) and not err.determined:
err.unfinished = True
err.discard_unused_messages(ending_tier=tier)
return err
# Return the results.
return err
def test_inner_package(err, xpi_package, for_appversions=None):
"Tests a package's inner content."
populate_chrome_manifest(err, xpi_package)
# Iterate through each tier.
for tier in sorted(decorator.get_tiers()):
# Let the error bundler know what tier we're on.
err.set_tier(tier)
# Iterate through each test of our detected type.
for test in decorator.get_tests(tier, err.detected_type):
# Test whether the test is app/version specific.
if test["versions"] is not None:
# If the test's version requirements don't apply to the add-on,
# then skip the test.
if not err.supports_version(test["versions"]):
continue
# If the user's version requirements don't apply to the test or
# to the add-on, then skip the test.
if (for_appversions and
not (err._compare_version(requirements=for_appversions,
support=test["versions"])
and err.supports_version(for_appversions))):
continue
# Save the version requirements to the error bundler.
err.version_requirements = test["versions"]
test_func = test["test"]
if test["simple"]:
test_func(err)
else:
# Pass in:
# - Error Bundler
# - A copy of the package itself
test_func(err, xpi_package)
# Return any errors at the end of the tier if undetermined.
if err.failed(fail_on_warnings=False) and not err.determined:
err.unfinished = True
err.discard_unused_messages(ending_tier=tier)
return err
# Return the results.
return err
def test_tiers():
"""
Tests to make sure that the decorator module is properly registering test
functions.
"""
dtt = decorator.TEST_TIERS
decorator.TEST_TIERS = {}
decorator.register_test(tier=1)(lambda: None)
decorator.register_test(tier=2, expected_type=5)(lambda: None)
decorator.register_test(tier=2)(lambda: None)
decorator.register_test(tier=2, simple=True)(lambda: None)
tiers = decorator.get_tiers()
print tiers
assert len(tiers) == 2
decorator.TEST_TIERS = dtt
def test_inner_package(err, xpi_package, for_appversions=None):
"Tests a package's inner content."
populate_chrome_manifest(err, xpi_package)
# Iterate through each tier.
for tier in sorted(decorator.get_tiers()):
# Let the error bundler know what tier we're on.
err.set_tier(tier)
# Iterate through each test of our detected type.
for test in decorator.get_tests(tier, err.detected_type):
# Test whether the test is app/version specific.
if test['versions'] is not None:
# If the test's version requirements don't apply to the add-on,
# then skip the test.
if not err.supports_version(test['versions']):
continue
# If the user's version requirements don't apply to the test or
# to the add-on, then skip the test.
if (for_appversions and
not (err._compare_version(requirements=for_appversions,
support=test['versions'])
and err.supports_version(for_appversions))):
continue
# Save the version requirements to the error bundler.
err.version_requirements = test['versions']
test_func = test['test']
if test['simple']:
test_func(err)
else:
# Pass in:
# - Error Bundler
# - A copy of the package itself
test_func(err, xpi_package)
# Return any errors at the end of the tier if undetermined.
if err.failed(fail_on_warnings=False) and not err.determined:
err.unfinished = True
err.discard_unused_messages(ending_tier=tier)
return err
supports = err.get_resource('supports') or []
if (err.get_resource('has_install_rdf')
and not err.get_resource('has_manifest_json')
and not err.get_resource('is_multiprocess_compatible')
and err.detected_type in (PACKAGE_EXTENSION, PACKAGE_SUBPACKAGE)
and 'firefox' in supports):
# If it's an old-style xpi, or a sdk extension, that supports Firefox,
# but is not a Web Extension, then we raise a warning if multiprocess
# compatible property was not found in install.rdf.
format_args = {}
if err.get_resource('has_package_json'):
format_args['filename'] = 'package.json'
format_args['field'] = 'multiprocess'
format_args['link'] = (
MDN_DOC %
'Mozilla/Add-ons/SDK/Guides/Multiprocess_Firefox_and_the_SDK')
else:
format_args['filename'] = 'install.rdf'
format_args['field'] = '<em:multiprocessCompatible>'
format_args['link'] = (
MDN_DOC % 'Mozilla/Add-ons/Working_with_multiprocess_Firefox')
err.warning(
('submain', 'test_inner_package', 'not_multiprocess_compatible'),
'Extension is not marked as compatible with Multi Process',
"Your extension is not marked as compatible with "
"Multi-Process Firefox and may not work in future versions "
"of Firefox. Please review it, make changes if needed and "
"set {field} to true in {filename} if it's compatible. "
"See {link} for more information.".format(**format_args))
# Return the results.
return err
def test_inner_package(err, xpi_package, for_appversions=None):
"Tests a package's inner content."
populate_chrome_manifest(err, xpi_package)
# Iterate through each tier.
for tier in sorted(decorator.get_tiers()):
# Let the error bundler know what tier we're on.
err.set_tier(tier)
# Iterate through each test of our detected type.
for test in decorator.get_tests(tier, err.detected_type):
# Test whether the test is app/version specific.
if test["versions"] is not None:
# If the test's version requirements don't apply to the add-on,
# then skip the test.
if not err.supports_version(test["versions"]):
continue
# If the user's version requirements don't apply to the test or
# to the add-on, then skip the test.
if for_appversions and not (
err._compare_version(requirements=for_appversions, support=test["versions"])
and err.supports_version(for_appversions)
):
continue
# Save the version requirements to the error bundler.
err.version_requirements = test["versions"]
test_func = test["test"]
if test["simple"]:
test_func(err)
else:
# Pass in:
# - Error Bundler
# - A copy of the package itself
test_func(err, xpi_package)
# Return any errors at the end of the tier if undetermined.
if err.failed(fail_on_warnings=False) and not err.determined:
err.unfinished = True
err.discard_unused_messages(ending_tier=tier)
return err
supports = err.get_resource("supports") or []
if (
err.get_resource("has_install_rdf")
and not err.get_resource("has_manifest_json")
and not err.get_resource("is_multiprocess_compatible")
and err.detected_type in (PACKAGE_EXTENSION, PACKAGE_SUBPACKAGE)
and "firefox" in supports
):
# If it's an old-style xpi, or a sdk extension, that supports Firefox,
# but is not a Web Extension, then we raise a warning if multiprocess
# compatible property was not found in install.rdf.
format_args = {}
if err.get_resource("has_package_json"):
format_args["filename"] = "package.json"
format_args["field"] = "multiprocess"
format_args["link"] = MDN_DOC % "Mozilla/Add-ons/SDK/Guides/Multiprocess_Firefox_and_the_SDK"
else:
format_args["filename"] = "install.rdf"
format_args["field"] = "<em:multiprocessCompatible>"
format_args["link"] = MDN_DOC % "Mozilla/Add-ons/Working_with_multiprocess_Firefox"
err.warning(
("submain", "test_inner_package", "not_multiprocess_compatible"),
"Extension is not marked as compatible with Multi Process",
"Your extension is not marked as compatible with "
"Multi-Process Firefox and may not work in future versions "
"of Firefox. Please review it, make changes if needed and "
"set {field} to true in {filename} if it's compatible. "
"See {link} for more information.".format(**format_args),
)
# Return the results.
return err