def test_temp_env_var_that_already_exist(self):
"""
Check if temp_env_var sets and restores the variable
"""
# Create a unique env var and make sure it doesn't currectly exist.
env_var_name = "ENV_VAR_" + uuid.uuid4().hex
self.assertFalse(env_var_name in os.environ)
# Temporarily set the env var.
with temp_env_var(**{env_var_name: "test_value"}):
# Make sure it is set.
self.assertTrue(env_var_name in os.environ)
self.assertEquals(os.environ[env_var_name], "test_value")
# Override the existing variable with a new one
with temp_env_var(**{env_var_name: "test_value_2"}):
# Make sure it was overriden
self.assertTrue(env_var_name in os.environ)
self.assertEquals(os.environ[env_var_name], "test_value_2")
# Make sure the original one was restore.
self.assertTrue(env_var_name in os.environ)
self.assertEquals(os.environ[env_var_name], "test_value")
# Make sure it is gone.
self.assertFalse(env_var_name in os.environ)
def test_temp_env_var_that_already_exist(self):
"""
Check if temp_env_var sets and restores the variable
"""
# Create a unique env var and make sure it doesn't currectly exist.
env_var_name = "ENV_VAR_" + uuid.uuid4().hex
self.assertFalse(env_var_name in os.environ)
# Temporarily set the env var.
with temp_env_var(**{env_var_name: "test_value"}):
# Make sure it is set.
self.assertTrue(env_var_name in os.environ)
self.assertEqual(os.environ[env_var_name], "test_value")
# Override the existing variable with a new one
with temp_env_var(**{env_var_name: "test_value_2"}):
# Make sure it was overriden
self.assertTrue(env_var_name in os.environ)
self.assertEqual(os.environ[env_var_name], "test_value_2")
# Make sure the original one was restore.
self.assertTrue(env_var_name in os.environ)
self.assertEqual(os.environ[env_var_name], "test_value")
# Make sure it is gone.
self.assertFalse(env_var_name in os.environ)
def test_get_entity_from_environment(self, _):
"""
Ensure the ToolkitManager can extract the entities from the environment
"""
# no env set
mgr = ToolkitManager()
self.assertEqual(mgr.get_entity_from_environment(), None)
# std case
with temp_env_var(SHOTGUN_ENTITY_TYPE="Shot", SHOTGUN_ENTITY_ID="123"):
self.assertEqual(mgr.get_entity_from_environment(), {
"type": "Shot",
"id": 123
})
# site mismatch
with temp_env_var(SHOTGUN_SITE="https://some.other.site",
SHOTGUN_ENTITY_TYPE="Shot",
SHOTGUN_ENTITY_ID="123"):
self.assertEqual(mgr.get_entity_from_environment(), None)
# invalid data case
with temp_env_var(SHOTGUN_ENTITY_TYPE="Shot",
SHOTGUN_ENTITY_ID="invalid"):
self.assertEqual(mgr.get_entity_from_environment(), None)
def test_pipeline_config_id_env_var(self, _):
"""
Tests the SHOTGUN_PIPELINE_CONFIGURATION_ID being picked up at init
"""
mgr = ToolkitManager()
self.assertEqual(mgr.pipeline_configuration, None)
with temp_env_var(SHOTGUN_PIPELINE_CONFIGURATION_ID="123"):
mgr = ToolkitManager()
self.assertEqual(mgr.pipeline_configuration, 123)
with temp_env_var(SHOTGUN_PIPELINE_CONFIGURATION_ID="invalid"):
mgr = ToolkitManager()
self.assertEqual(mgr.pipeline_configuration, None)
def test_pipeline_config_id_env_var(self, _):
"""
Tests the SHOTGUN_PIPELINE_CONFIGURATION_ID being picked up at init
"""
mgr = ToolkitManager()
self.assertEqual(mgr.pipeline_configuration, None)
with temp_env_var(SHOTGUN_PIPELINE_CONFIGURATION_ID="123"):
mgr = ToolkitManager()
self.assertEqual(mgr.pipeline_configuration, 123)
with temp_env_var(SHOTGUN_PIPELINE_CONFIGURATION_ID="invalid"):
mgr = ToolkitManager()
self.assertEqual(mgr.pipeline_configuration, None)
def test_cleanup(self):
"""
Ensures that after a successful update the backup folder created by the
update process is properly deleted
"""
resolver = sgtk.bootstrap.resolver.ConfigurationResolver(
plugin_id="backup_tests"
)
with temp_env_var(SGTK_REPO_ROOT=self._core_repo_path):
config = resolver.resolve_configuration(
{"type": "dev", "name": "backup_tests", "path": self._temp_test_path}, self.mockgun
)
self.assertIsInstance(config, sgtk.bootstrap.resolver.CachedConfiguration)
config_root_path = config.path.current_os
# Update the configuration
config.update_configuration()
core_install_backup_path = os.path.join(config_root_path, "install", "core.backup")
# check that there are no directory items in core backup folder other than then placeholder file
self.assertEqual(os.listdir(core_install_backup_path), ['placeholder'])
config_install_backup_path = os.path.join(config_root_path, "install", "config.backup")
# check that there are no directory items in config backup folder other than then placeholder file
self.assertEqual(os.listdir(config_install_backup_path), ['placeholder'])
# Update a second time and check that backup was cleaned up again
config.update_configuration()
self.assertEqual(os.listdir(core_install_backup_path), ['placeholder'])
self.assertEqual(os.listdir(config_install_backup_path), ['placeholder'])
def test_env_vars_present(self, get_api_core_config_location_mock):
"""
Ensures files using environment variables are translated properly.
"""
test_host = "https://envvar.shotgunstudio.com"
test_key = "env_var_key"
test_script = "env_var_script"
test_proxy = "env_var_proxy"
test_appstore_proxy = "env_var_appstore_proxy"
with temp_env_var(SGTK_TEST_HOST=test_host,
SGTK_TEST_KEY=test_key,
SGTK_TEST_SCRIPT=test_script,
SGTK_TEST_PROXY=test_proxy,
SGTK_TEST_APPSTORE_PROXY=test_appstore_proxy):
self.assertEqual(
tank.util.shotgun.connection._parse_config_data(
{
"host": "$SGTK_TEST_HOST",
"api_key": "$SGTK_TEST_KEY",
"api_script": "$SGTK_TEST_SCRIPT",
"http_proxy": "$SGTK_TEST_PROXY",
"app_store_http_proxy": "$SGTK_TEST_APPSTORE_PROXY"
}, "default", "not_a_file.cfg"), {
"host": test_host,
"api_key": test_key,
"api_script": test_script,
"http_proxy": test_proxy,
"app_store_http_proxy": test_appstore_proxy
})
def _download_app_store_bundle(self, target=None):
"""
Creates an app store descriptor and attempts to download it locally.
:param target: The path to which the bundle is to be downloaded.
"""
if target:
with temp_env_var(SHOTGUN_BUNDLE_CACHE_PATH=target):
desc = sgtk.descriptor.create_descriptor(
None,
sgtk.descriptor.Descriptor.FRAMEWORK,
{"name": "tk-test-bundle2", "version": "v1.0.0", "type": "app_store"}
)
else:
desc = sgtk.descriptor.create_descriptor(
None,
sgtk.descriptor.Descriptor.FRAMEWORK,
{"name": "tk-test-bundle2", "version": "v1.0.0", "type": "app_store"}
)
io_descriptor_app_store = "tank.descriptor.io_descriptor.appstore.IODescriptorAppStore"
with patch(
"%s._IODescriptorAppStore__create_sg_app_store_connection" % io_descriptor_app_store,
return_value=(self.mockgun, None)
):
with patch(
"%s._IODescriptorAppStore__refresh_metadata" % io_descriptor_app_store,
return_value=self._metadata
):
with patch(
"tank.util.shotgun.download_and_unpack_attachment",
side_effect=self._download_and_unpack_attachment
):
desc.download_local()
def _download_app_store_bundle(self, target=None):
"""
Creates an app store descriptor and attempts to download it locally.
:param target: The path to which the bundle is to be downloaded.
"""
if target:
with temp_env_var(SHOTGUN_BUNDLE_CACHE_PATH=target):
desc = sgtk.descriptor.create_descriptor(
None, sgtk.descriptor.Descriptor.FRAMEWORK, {
"name": "tk-test-bundle2",
"version": "v1.0.0",
"type": "app_store"
})
else:
desc = sgtk.descriptor.create_descriptor(
None, sgtk.descriptor.Descriptor.FRAMEWORK, {
"name": "tk-test-bundle2",
"version": "v1.0.0",
"type": "app_store"
})
io_descriptor_app_store = "tank.descriptor.io_descriptor.appstore.IODescriptorAppStore"
with patch("%s._IODescriptorAppStore__create_sg_app_store_connection" %
io_descriptor_app_store,
return_value=(self.mockgun, None)):
with patch("%s._IODescriptorAppStore__refresh_metadata" %
io_descriptor_app_store,
return_value=self._metadata):
with patch("tank.util.shotgun.download_and_unpack_attachment",
side_effect=self._download_and_unpack_attachment):
desc.download_local()
def test_cleanup_read_only(self):
"""
Ensures that backup cleanup will succeed even with read only folder items
"""
resolver = sgtk.bootstrap.resolver.ConfigurationResolver(
plugin_id="backup_tests_read_only")
with temp_env_var(SGTK_REPO_ROOT=self._core_repo_path):
config = resolver.resolve_configuration(
{
"type": "dev",
"name": "backup_tests_read_only",
"path": self._temp_test_path
}, self.tk.shotgun)
self.assertIsInstance(config,
sgtk.bootstrap.resolver.CachedConfiguration)
config_root_path = config.path.current_os
core_install_backup_path = os.path.join(config_root_path,
"install", "core.backup")
config_install_backup_path = os.path.join(config_root_path,
"install",
"config.backup")
# First update, no backup
config.update_configuration()
def dont_cleanup_backup_folders(self, config, core):
self.config_backup_folder_path = config
self.core_backup_folder_path = core
with patch.object(sgtk.bootstrap.resolver.CachedConfiguration,
'_cleanup_backup_folders',
new=dont_cleanup_backup_folders):
# Update the configuration, but don't clean up backups in order to ...
config.update_configuration()
config_backup_folder_path = config.config_backup_folder_path
core_backup_folder_path = config.core_backup_folder_path
read_only_file_name = os.path.join(core_backup_folder_path,
"test.txt")
# ... create a read only file ...
with open(read_only_file_name, "w") as f:
f.write("Test")
file_permissions = os.stat(read_only_file_name)[stat.ST_MODE]
os.chmod(read_only_file_name, file_permissions & ~stat.S_IWRITE)
if sys.platform == "win32":
# ... and a read only folder
folder_permissions = os.stat(config_install_backup_path)[
stat.ST_MODE]
os.chmod(config_install_backup_path,
folder_permissions & ~stat.S_IWRITE)
# Now try to clean up the backup folders with read-only file
config._cleanup_backup_folders(config_backup_folder_path,
core_backup_folder_path)
# Verify that backup folders were cleaned up
self.assertEqual(os.listdir(core_install_backup_path),
['placeholder'])
self.assertEqual(os.listdir(config_install_backup_path),
['placeholder'])
def test_shotgun_bundle_cache(self, _):
"""
Ensures ToolkitManager deals property with bundle cache from the user and from
environment variables.
"""
# Ensure the list is empty by default.
mgr = ToolkitManager()
self.assertEqual(mgr._get_bundle_cache_fallback_paths(), [])
# If the user bundle cache is set, we should see it in the results.
mgr.bundle_cache_fallback_paths = ["/a/b/c", "/d/e/f"]
self.assertEqual(set(mgr._get_bundle_cache_fallback_paths()),
set(["/a/b/c", "/d/e/f"]))
# Reset the user bundle cache.
mgr.bundle_cache_fallback_paths = []
self.assertEqual(mgr._get_bundle_cache_fallback_paths(), [])
# Set the environment variable which allows to inherit paths from another process.
with temp_env_var(SHOTGUN_BUNDLE_CACHE_FALLBACK_PATHS=os.pathsep.join(
["/g/h/i", "/j/k/l", "/a/b/c"])):
# Should see the content from the environment variable.
self.assertEqual(set(mgr._get_bundle_cache_fallback_paths()),
set(["/g/h/i", "/j/k/l", "/a/b/c"]))
# Add a few user specified folders.
mgr.bundle_cache_fallback_paths = ["/a/b/c", "/d/e/f"]
self.assertEqual(set(mgr._get_bundle_cache_fallback_paths()),
set(["/a/b/c", "/d/e/f", "/g/h/i", "/j/k/l"]))
# Now that the env var is not set anymore we should see its bundle caches.
self.assertEqual(set(mgr._get_bundle_cache_fallback_paths()),
set(["/a/b/c", "/d/e/f"]))
def test_local_bundle_cache(self):
"""
Ensures the local bundle cache path is included in the pipeline config
yml file during updates.
"""
resolver = sgtk.bootstrap.resolver.ConfigurationResolver(
plugin_id="backup_tests")
with temp_env_var(SGTK_REPO_ROOT=self._core_repo_path):
config = resolver.resolve_configuration(
{
"type": "dev",
"name": "backup_tests",
"path": self._temp_test_path
}, self.mockgun)
self.assertIsInstance(config,
sgtk.bootstrap.resolver.CachedConfiguration)
config_root_path = config.path.current_os
# Update the configuration
config.update_configuration()
# make sure the local bundle cache path was written to the pipeline
# config file
config_metadata = get_metadata(config_root_path)
local_bundle_cache_path = os.path.join(
config.descriptor.get_path(), "bundle_cache")
# make sure the local bundle cache path is part of the written
# config metadata file
self.assertTrue(local_bundle_cache_path in
config_metadata["bundle_cache_fallback_roots"])
def _test_read_env_var_in_pipeline_configuration_yml(self, folder_name, pipeline_config_data):
"""
Ensures environment variables are properly translated for a given file format.
:param folder_name: Name of the configuration to create on disk.
:param pipeline_config_data: Data to insert into shotgun.yml
"""
env_var_pipeline = os.path.join(
self.tank_temp, folder_name
)
core_folder = os.path.join(env_var_pipeline, "config", "core")
pipeline_configuration_yml_path = os.path.join(
core_folder, "pipeline_configuration.yml"
)
os.makedirs(core_folder)
with open(pipeline_configuration_yml_path, "w") as fh:
yaml.safe_dump(pipeline_config_data, fh)
with open(os.path.join(core_folder, "roots.yml"), "w") as fh:
fh.write("{}")
test_project_name = "test_project_name"
test_project_id = 12345
test_pc_id = 67890
test_pc_name = "test_pc_name"
# tank.pipeline_config is actually a local variable inside tank/__init__.py,
# so get the class from somewhere else...
with temp_env_var(
SGTK_TEST_PROJECT_NAME=test_project_name,
SGTK_TEST_PROJECT_ID=str(test_project_id),
SGTK_TEST_PC_ID=str(test_pc_id),
SGTK_TEST_PC_NAME=test_pc_name
):
pc = tank.pipelineconfig_factory.PipelineConfiguration(
env_var_pipeline
)
self.assertEqual(
pc.get_name(),
test_pc_name
)
self.assertEqual(
pc.get_shotgun_id(),
test_pc_id
)
self.assertEqual(
pc.get_project_id(),
test_project_id
)
self.assertEqual(
pc.get_project_disk_name(),
test_project_name
)
def test_cache_locations(self):
"""
Tests locations of caches when using fallback paths and
the bundle cache path environment variable.
"""
sg = self.mockgun
root_a = os.path.join(self.project_root, "cache_root_a")
root_b = os.path.join(self.project_root, "cache_root_b")
root_c = os.path.join(self.project_root, "cache_root_c")
root_d = os.path.join(self.project_root, "cache_root_d")
root_env = os.path.join(self.project_root, "cache_root_env")
location = {
"type": "app_store",
"version": "v1.1.1",
"name": "tk-bundle"
}
d = sgtk.descriptor.create_descriptor(
sg,
sgtk.descriptor.Descriptor.APP,
location,
bundle_cache_root_override=root_a,
fallback_roots=[root_b, root_c, root_d],
)
self.assertEqual(
d._io_descriptor._get_primary_cache_path(),
os.path.join(root_a, "app_store", "tk-bundle", "v1.1.1"),
)
# the bundle cache path set in the environment should
# take precedence other cache paths.
with temp_env_var(SHOTGUN_BUNDLE_CACHE_PATH=root_env):
desc_env = sgtk.descriptor.create_descriptor(
sg,
sgtk.descriptor.Descriptor.APP,
location,
bundle_cache_root_override=root_a,
fallback_roots=[root_b, root_c, root_d],
)
self.assertEqual(
desc_env._io_descriptor._get_primary_cache_path(),
os.path.join(root_env, "app_store", "tk-bundle", "v1.1.1"),
)
self.assertEqual(
d._io_descriptor._get_cache_paths(),
[
os.path.join(root_b, "app_store", "tk-bundle", "v1.1.1"),
os.path.join(root_c, "app_store", "tk-bundle", "v1.1.1"),
os.path.join(root_d, "app_store", "tk-bundle", "v1.1.1"),
os.path.join(root_a, "app_store", "tk-bundle", "v1.1.1"),
os.path.join(root_a, "apps", "app_store", "tk-bundle",
"v1.1.1"), # legacy path
],
)
def test_path_with_env_var_in_front(self, _):
"""
Validate that relative path are processed correctly on all platforms.
"""
include = os.path.join("$INCLUDE_ENV_VAR", "include.yml")
with temp_env_var(INCLUDE_ENV_VAR=os.getcwd()):
self.assertEqual(self._resolve_includes(include),
[os.path.join(os.getcwd(), "include.yml")])
def test_relative_path_with_env_var(self, _):
"""
Validate that relative path with env vars are processed correctly
"""
relative_include = "$INCLUDE_ENV_VAR/include.yml"
with temp_env_var(INCLUDE_ENV_VAR=os.getcwd()):
self.assertEqual(self._resolve_includes(relative_include),
[os.path.join(os.getcwd(), "include.yml")])
def test_env_var_only(self, _):
"""
Validate that a lone environment variable will resolve on all platforms.
"""
resolved_include = os.path.join(os.getcwd(), "test.yml")
with temp_env_var(INCLUDE_ENV_VAR=resolved_include):
os.environ["INCLUDE_ENV_VAR"]
self.assertEqual(self._resolve_includes("$INCLUDE_ENV_VAR"),
[resolved_include])
def test_relative_path_with_env_var(self, _):
"""
Validate that relative path with env vars are processed correctly
"""
relative_include = "$INCLUDE_ENV_VAR/include.yml"
with temp_env_var(INCLUDE_ENV_VAR=os.getcwd()):
self.assertEqual(
self._resolve_includes(relative_include),
[os.path.join(os.getcwd(), "include.yml")]
)
def test_path_with_env_var_in_middle(self, _):
"""
Validate that relative path are processed correctly on all platforms.
"""
include = os.path.join(os.getcwd(), "$INCLUDE_ENV_VAR", "include.yml")
with temp_env_var(INCLUDE_ENV_VAR="includes"):
self.assertEqual(
self._resolve_includes(include),
[os.path.expandvars(include)]
)
def test_cleanup_read_only(self):
"""
Ensures that backup cleanup will succeed even with read only folder items
"""
resolver = sgtk.bootstrap.resolver.ConfigurationResolver(
plugin_id="backup_tests_read_only"
)
with temp_env_var(SGTK_REPO_ROOT=self._core_repo_path):
config = resolver.resolve_configuration(
{"type": "dev", "name": "backup_tests_read_only", "path": self._temp_test_path}, self.mockgun
)
self.assertIsInstance(config, sgtk.bootstrap.resolver.CachedConfiguration)
config_root_path = config.path.current_os
core_install_backup_path = os.path.join(config_root_path, "install", "core.backup")
config_install_backup_path = os.path.join(config_root_path, "install", "config.backup")
# First update, no backup
config.update_configuration()
def dont_cleanup_backup_folders(self, config, core):
self.config_backup_folder_path = config
self.core_backup_folder_path = core
with patch.object(sgtk.bootstrap.resolver.CachedConfiguration, '_cleanup_backup_folders', new=dont_cleanup_backup_folders):
# Update the configuration, but don't clean up backups in order to ...
config.update_configuration()
config_backup_folder_path = config.config_backup_folder_path
core_backup_folder_path = config.core_backup_folder_path
read_only_file_name = os.path.join(core_backup_folder_path, "test.txt")
# ... create a read only file ...
with open(read_only_file_name, "w") as f:
f.write("Test")
file_permissions = os.stat(read_only_file_name)[stat.ST_MODE]
os.chmod(read_only_file_name, file_permissions & ~stat.S_IWRITE)
if sys.platform == "win32":
# ... and a read only folder
folder_permissions = os.stat(config_install_backup_path)[stat.ST_MODE]
os.chmod(config_install_backup_path, folder_permissions & ~stat.S_IWRITE)
# Now try to clean up the backup folders with read-only file
config._cleanup_backup_folders(config_backup_folder_path, core_backup_folder_path)
# Verify that backup folders were cleaned up
# Only the 'placeholder' file should remain
self.assertEqual(os.listdir(core_install_backup_path), ['placeholder'])
self.assertEqual(os.listdir(config_install_backup_path), ['placeholder'])
# Try deleting the 'config_install_backup_path' parent folder
# which was deliberately set to READ_ONLY on Windows
# and verify it no longer exists afterward.
parent_folder = os.path.join(config_install_backup_path, os.pardir)
sgtk.util.filesystem.safe_delete_folder(parent_folder)
self.assertFalse(os.path.exists(parent_folder))
def test_env_var_only(self, _):
"""
Validate that a lone environment variable will resolve on all platforms.
"""
resolved_include = os.path.join(os.getcwd(), "test.yml")
with temp_env_var(INCLUDE_ENV_VAR=resolved_include):
os.environ["INCLUDE_ENV_VAR"]
self.assertEqual(
self._resolve_includes("$INCLUDE_ENV_VAR"),
[resolved_include]
)
def test_cleanup_with_fail(self):
"""
Ensures that after an update with a cleanup failure, the succeeding update
process completes smoothly
"""
resolver = sgtk.bootstrap.resolver.ConfigurationResolver(
plugin_id="backup_tests_with_fail"
)
with temp_env_var(SGTK_REPO_ROOT=self._core_repo_path):
config = resolver.resolve_configuration(
{"type": "dev", "name": "backup_tests_with_fail", "path": self._temp_test_path}, self.mockgun
)
self.assertIsInstance(config, sgtk.bootstrap.resolver.CachedConfiguration)
config_root_path = config.path.current_os
core_install_backup_path = os.path.join(config_root_path, "install", "core.backup")
# First update, no backup
config.update_configuration()
def dont_cleanup_backup_folders(self, config, core):
self.config_backup_folder_path = config
self.core_backup_folder_path = core
# Update the configuration, but don't clean up backups
with patch.object(sgtk.bootstrap.resolver.CachedConfiguration, '_cleanup_backup_folders', new=dont_cleanup_backup_folders):
config.update_configuration()
config_backup_folder_path = config.config_backup_folder_path
core_backup_folder_path = config.core_backup_folder_path
in_use_file_name = os.path.join(core_backup_folder_path, "test.txt")
# Create a file
with open(in_use_file_name, "w") as f:
f.write("Test")
config._cleanup_backup_folders(config_backup_folder_path, core_backup_folder_path)
if sys.platform == "win32":
# check that the backup folder was left behind, it is one of the 2 items, the cleanup failed
self.assertEqual(2, len(os.listdir(core_install_backup_path))) # ['placeholder', core_backup_folder_path]
else:
# on Unix, having the file open won't fail the folder removal
self.assertEqual(os.listdir(core_install_backup_path), ['placeholder'])
config_install_backup_path = os.path.join(config_root_path, "install", "config.backup")
# check that there are no directory items in config backup folder other than then placeholder file
self.assertEqual(os.listdir(config_install_backup_path), ['placeholder'])
# Update a second time and check that the new backup was cleaned up...
config.update_configuration()
if sys.platform == "win32":
# ... but the previous backup remains
self.assertEqual(2, len(os.listdir(core_install_backup_path))) # ['placeholder', core_backup_folder_path]
else:
self.assertEqual(os.listdir(core_install_backup_path), ['placeholder'])
self.assertEqual(os.listdir(config_install_backup_path), ['placeholder'])
def mock_remote_path_cache(self):
"""
Mocks a remote path cache that can be updated.
"""
# Override the SHOTGUN_HOME so that path cache is read from another location.
with temp_env_var(SHOTGUN_HOME=os.path.join(self.tank_temp, "other_path_cache_root")):
pc = path_cache.PathCache(self.tk)
pc.synchronize()
try:
yield pc
finally:
pc.close()
def test_get_entity_from_environment(self, _):
"""
Ensure the ToolkitManager can extract the entities from the environment
"""
# no env set
mgr = ToolkitManager()
self.assertEqual(mgr.get_entity_from_environment(), None)
# std case
with temp_env_var(
SHOTGUN_ENTITY_TYPE="Shot",
SHOTGUN_ENTITY_ID="123"
):
self.assertEqual(
mgr.get_entity_from_environment(),
{"type": "Shot", "id": 123}
)
# site mismatch
with temp_env_var(
SHOTGUN_SITE="https://some.other.site",
SHOTGUN_ENTITY_TYPE="Shot",
SHOTGUN_ENTITY_ID="123"
):
self.assertEqual(
mgr.get_entity_from_environment(),
None
)
# invalid data case
with temp_env_var(
SHOTGUN_ENTITY_TYPE="Shot",
SHOTGUN_ENTITY_ID="invalid"
):
self.assertEqual(
mgr.get_entity_from_environment(),
None
)
def test_local_properties_persistance(self):
"""
Ensures local properties can be reloaded and reaccessed by a new
manager instance.
"""
# Indirectly create tasks, since we can't create them directly without a
# PublishPluginInstance object.
manager = self._create_manager()
manager.collect_session()
# Save the session to disk.
fd, temp_file_path = tempfile.mkstemp()
manager.save(temp_file_path)
# Creating a second manager will force the plugins to be reloaded by it.
new_manager = self._create_manager()
# Loads the tree.
new_manager.load(temp_file_path)
with temp_env_var(TEST_LOCAL_PROPERTIES="1"):
# Create a generator that will ensure all tasks sees the right local properties.
def task_yielder(manager):
nb_items_processed = 0
for item in manager.tree:
for task in item.tasks:
(is_valid, error) = yield task
# The validate method of both plugins will raise an error
# if the the values can be retrieved.
# We're raising if the test passes in the validate method
# because we want to make sure the validate method
# and the validation code is actually being called. If
# some other error was raised due to a bug, it would be
# caught by the errorEqual.
self.assertFalse(is_valid)
self.assertEqual(
str(error),
"local_properties was serialized properly.")
nb_items_processed += 1
# Make sure some tasks have been processed. We don't want a false-positive
# where no items have failed publishing because somehow no tasks
# were available due to a misconfiguration error in the test.
self.assertNotEqual(nb_items_processed, 0)
# Validate with our custom yielder. Each task that fails reports an error.
self.assertEqual(
len(new_manager.validate(task_yielder(new_manager))), 6)
def test_temp_env_var_that_didnt_exist(self):
"""
Check if temp_env_var sets and restores the variable
"""
# Create a unique env var and make sure it doesn't currectly exist.
env_var_name = "ENV_VAR_" + uuid.uuid4().hex
self.assertFalse(env_var_name in os.environ)
# Temporarily set the env var.
with temp_env_var(**{env_var_name: "test_value"}):
self.assertTrue(env_var_name in os.environ)
self.assertEquals(os.environ[env_var_name], "test_value")
# Make sure it is gone.
self.assertFalse(env_var_name in os.environ)
def test_temp_env_var_that_didnt_exist(self):
"""
Check if temp_env_var sets and restores the variable
"""
# Create a unique env var and make sure it doesn't currectly exist.
env_var_name = "ENV_VAR_" + uuid.uuid4().hex
self.assertFalse(env_var_name in os.environ)
# Temporarily set the env var.
with temp_env_var(**{env_var_name: "test_value"}):
self.assertTrue(env_var_name in os.environ)
self.assertEqual(os.environ[env_var_name], "test_value")
# Make sure it is gone.
self.assertFalse(env_var_name in os.environ)
def _download_git_branch_bundle(self, target=None):
"""
Downloads the data given by the git descriptors to disk.
:param target: The path to which the bundle is to be downloaded.
"""
location_dict_branch = {
"type": "git_branch",
"path": self.git_repo_uri,
"branch": "33014_nuke_studio"
}
if target:
with temp_env_var(SHOTGUN_BUNDLE_CACHE_PATH=target):
desc_git_branch = self._create_desc(location_dict_branch, True)
else:
desc_git_branch = self._create_desc(location_dict_branch, True)
desc_git_branch.download_local()
def _download_git_tag_bundle(self, target=None):
"""
Downloads the data given by the git descriptors to disk.
:param target: The path to which the bundle is to be downloaded.
"""
location_dict_tag = {
"type": "git",
"path": self.git_repo_uri,
"version": "v0.15.0"
}
if target:
with temp_env_var(SHOTGUN_BUNDLE_CACHE_PATH=target):
desc_git_tag = self._create_desc(location_dict_tag)
else:
desc_git_tag = self._create_desc(location_dict_tag)
desc_git_tag.download_local()
def _download_git_tag_bundle(self, target=None):
"""
Downloads the data given by the git descriptors to disk.
:param target: The path to which the bundle is to be downloaded.
"""
location_dict_tag = {
"type": "git",
"path": self.git_repo_uri,
"version": "v0.15.0"
}
if target:
with temp_env_var(SHOTGUN_BUNDLE_CACHE_PATH=target):
desc_git_tag = self._create_desc(location_dict_tag)
else:
desc_git_tag = self._create_desc(location_dict_tag)
desc_git_tag.download_local()
def test_localize_config_with_interpreter_as_env_var(self):
"""
Test for interpreter file in a localized config.
"""
config_root = self._create_pipeline_configuration(
"localized_core_with_interpreter_as_env_var")
# Create interpreter file for good config.
self._create_interpreter_file(config_root, "$SGTK_TEST_INTERPRETER")
# Patch os.path.exists since /i/wish/this/was/python3 is obviously not a real
# file name.
with patch("os.path.exists", return_value=True):
with temp_env_var(
SGTK_TEST_INTERPRETER="/i/wish/this/was/python3"):
self.assertEqual(
pipelineconfig_utils.get_python_interpreter_for_config(
config_root), "/i/wish/this/was/python3")
def _test_read_env_var_in_pipeline_configuration_yml(
self, folder_name, pipeline_config_data
):
"""
Ensures environment variables are properly translated for a given file format.
:param folder_name: Name of the configuration to create on disk.
:param pipeline_config_data: Data to insert into shotgun.yml
"""
env_var_pipeline = os.path.join(self.tank_temp, folder_name)
core_folder = os.path.join(env_var_pipeline, "config", "core")
pipeline_configuration_yml_path = os.path.join(
core_folder, "pipeline_configuration.yml"
)
os.makedirs(core_folder)
with open(pipeline_configuration_yml_path, "w") as fh:
yaml.safe_dump(pipeline_config_data, fh)
with open(os.path.join(core_folder, "roots.yml"), "w") as fh:
fh.write("{}")
test_project_name = "test_project_name"
test_project_id = 12345
test_pc_id = 67890
test_pc_name = "test_pc_name"
# tank.pipeline_config is actually a local variable inside tank/__init__.py,
# so get the class from somewhere else...
with temp_env_var(
SGTK_TEST_PROJECT_NAME=test_project_name,
SGTK_TEST_PROJECT_ID=str(test_project_id),
SGTK_TEST_PC_ID=str(test_pc_id),
SGTK_TEST_PC_NAME=test_pc_name,
):
pc = tank.pipelineconfig_factory.PipelineConfiguration(env_var_pipeline)
self.assertEqual(pc.get_name(), test_pc_name)
self.assertEqual(pc.get_shotgun_id(), test_pc_id)
self.assertEqual(pc.get_project_id(), test_project_id)
self.assertEqual(pc.get_project_disk_name(), test_project_name)
def test_localize_config_with_interpreter_as_env_var(self):
"""
Test for interpreter file in a localized config.
"""
config_root = self._create_pipeline_configuration(
"localized_core_with_interpreter_as_env_var"
)
# Create interpreter file for good config.
self._create_interpreter_file(config_root, "$SGTK_TEST_INTERPRETER")
# Patch os.path.exists since /i/wish/this/was/python3 is obviously not a real
# file name.
with patch("os.path.exists", return_value=True):
with temp_env_var(SGTK_TEST_INTERPRETER="/i/wish/this/was/python3"):
self.assertEqual(
pipelineconfig_utils.get_python_interpreter_for_config(config_root),
"/i/wish/this/was/python3"
)
def test_nuke_studio_path_append(self):
"""
Tests the generation of HIERO_PLUGIN_PATH environment variable , to make
sure that the toolkit startup paths for Nuke Studio are correctly appended to any pre-existing paths.
Checks against pre-existing and non-existent scenarios.
:return: None
"""
hiero_path_1 = os.path.join(tempfile.gettempdir(), "gizmo_1")
hiero_path_2 = os.path.join(tempfile.gettempdir(), "gizmo_1")
plugin_path = os.path.join(repo_root, "plugins", "basic")
# create a temp pre-existing HIERO_PLUGIN_PATH to test preservation, when appending toolkit startup path
hiero_path_env = {"HIERO_PLUGIN_PATH": os.pathsep.join([hiero_path_1, hiero_path_2])}
with temp_env_var(**hiero_path_env):
# create launcher
nuke_launcher = sgtk.platform.create_engine_launcher(
self.tk,
sgtk.context.create_empty(self.tk),
"tk-nuke",
["10.0v5"]
)
# generate launch env
launch_info = nuke_launcher.prepare_launch("/path/to/nuke", ["--studio"], None)
# ensure that the nuke studio path was preserved and placed first in the path
self.assertEqual(
launch_info.environment["HIERO_PLUGIN_PATH"],
os.pathsep.join([hiero_path_1, hiero_path_2, plugin_path])
)
# now test without stuff in the heiro path
# generate launch env
launch_info = nuke_launcher.prepare_launch("/path/to/nuke", ["--studio"], None)
# ensure that the nuke studio path was preserved and placed first in the path
self.assertEqual(
launch_info.environment["HIERO_PLUGIN_PATH"],
plugin_path
)
def test_local_bundle_cache(self):
"""
Ensures the local bundle cache path is included in the pipeline config
yml file during updates.
"""
resolver = sgtk.bootstrap.resolver.ConfigurationResolver(
plugin_id="backup_tests"
)
with temp_env_var(SGTK_REPO_ROOT=self._core_repo_path):
config = resolver.resolve_configuration(
{
"type": "dev",
"name": "backup_tests",
"path": self._temp_test_path
},
self.mockgun
)
self.assertIsInstance(
config,
sgtk.bootstrap.resolver.CachedConfiguration
)
config_root_path = config.path.current_os
# Update the configuration
config.update_configuration()
# make sure the local bundle cache path was written to the pipeline
# config file
config_metadata = get_metadata(config_root_path)
local_bundle_cache_path = os.path.join(
config.descriptor.get_path(),
"bundle_cache"
)
# make sure the local bundle cache path is part of the written
# config metadata file
self.assertTrue(
local_bundle_cache_path in
config_metadata["bundle_cache_fallback_roots"]
)
def _download_git_branch_bundle(self, target=None):
"""
Downloads the data given by the git descriptors to disk.
:param target: The path to which the bundle is to be downloaded.
:returns: a descriptor instance
"""
location_dict_branch = {
"type": "git_branch",
"path": self.git_repo_uri,
"branch": "33014_nuke_studio"
}
if target:
with temp_env_var(SHOTGUN_BUNDLE_CACHE_PATH=target):
desc_git_branch = self._create_desc(location_dict_branch, True)
else:
desc_git_branch = self._create_desc(location_dict_branch, True)
desc_git_branch.download_local()
return desc_git_branch
def test_hiero_path_append(self):
"""
Tests the generation of HIERO_PLUGIN_PATH environment variable , to make
sure that the toolkit startup paths for Hiero are correctly appended to any pre-existing paths.
Checks against pre-existing and non-existent scenarios.
:return: None
"""
hiero_path_1 = os.path.join(tempfile.gettempdir(), "gizmo_1")
hiero_path_2 = os.path.join(tempfile.gettempdir(), "gizmo_1")
plugin_path = os.path.join(repo_root, "plugins", "basic")
# create a temp pre-existing HIERO_PLUGIN_PATH to test preservation, when appending toolkit startup path
hiero_path_env = {
"HIERO_PLUGIN_PATH": os.pathsep.join([hiero_path_1, hiero_path_2])
}
with temp_env_var(**hiero_path_env):
# create launcher
nuke_launcher = sgtk.platform.create_engine_launcher(
self.tk, sgtk.context.create_empty(self.tk), "tk-nuke",
["10.0v5"])
# generate launch env
launch_info = nuke_launcher.prepare_launch("/path/to/nuke",
["--hiero"], None)
# ensure that the hiero path was preserved and placed first in the path
self.assertEqual(
launch_info.environment["HIERO_PLUGIN_PATH"],
os.pathsep.join([hiero_path_1, hiero_path_2, plugin_path]),
)
# now test without stuff in the Hiero path
# generate launch env
launch_info = nuke_launcher.prepare_launch("/path/to/nuke",
["--hiero"], None)
# ensure that the Hiero path was preserved and placed first in the path
self.assertEqual(launch_info.environment["HIERO_PLUGIN_PATH"],
plugin_path)
def _download_shotgun_bundle(self, target=None):
"""
Creates a shotgun entity descriptor and attempts to download it locally.
:param target: The path to which the bundle is to be downloaded
"""
location = {
"type": "shotgun",
"entity_type": "PipelineConfiguration",
"name": "primary",
"project_id": 123,
"field": "sg_config",
"version": 456
}
if target:
with temp_env_var(SHOTGUN_BUNDLE_CACHE_PATH=target):
desc = self._create_desc(location)
else:
desc = self._create_desc(location)
with patch("tank.util.shotgun.download_and_unpack_attachment",
side_effect=self._download_and_unpack_attachment):
desc.download_local()
def test_cleanup(self):
"""
Ensures that after a successful update the backup folder created by the
update process is properly deleted
"""
resolver = sgtk.bootstrap.resolver.ConfigurationResolver(
plugin_id="backup_tests")
with temp_env_var(SGTK_REPO_ROOT=self._core_repo_path):
config = resolver.resolve_configuration(
{
"type": "dev",
"name": "backup_tests",
"path": self._temp_test_path
},
self.mockgun,
)
self.assertIsInstance(config,
sgtk.bootstrap.resolver.CachedConfiguration)
config_root_path = config.path.current_os
# Update the configuration
config.update_configuration()
core_install_backup_path = os.path.join(config_root_path,
"install", "core.backup")
# check that there are no directory items in core backup folder other than then placeholder file
self.assertEqual(os.listdir(core_install_backup_path),
["placeholder"])
config_install_backup_path = os.path.join(config_root_path,
"install",
"config.backup")
# check that there are no directory items in config backup folder other than then placeholder file
self.assertEqual(os.listdir(config_install_backup_path),
["placeholder"])
# Update a second time and check that backup was cleaned up again
config.update_configuration()
self.assertEqual(os.listdir(core_install_backup_path),
["placeholder"])
self.assertEqual(os.listdir(config_install_backup_path),
["placeholder"])
def test_shotgun_bundle_cache(self, _):
"""
Ensures ToolkitManager deals property with bundle cache from the user and from
environment variables.
"""
# Ensure the list is empty by default.
mgr = ToolkitManager()
self.assertEqual(mgr._get_bundle_cache_fallback_paths(), [])
# If the user bundle cache is set, we should see it in the results.
mgr.bundle_cache_fallback_paths = ["/a/b/c", "/d/e/f"]
self.assertEqual(
set(mgr._get_bundle_cache_fallback_paths()), set(["/a/b/c", "/d/e/f"]))
# Reset the user bundle cache.
mgr.bundle_cache_fallback_paths = []
self.assertEqual(mgr._get_bundle_cache_fallback_paths(), [])
# Set the environment variable which allows to inherit paths from another process.
with temp_env_var(
SHOTGUN_BUNDLE_CACHE_FALLBACK_PATHS=os.pathsep.join(["/g/h/i", "/j/k/l", "/a/b/c"])
):
# Should see the content from the environment variable.
self.assertEqual(
set(mgr._get_bundle_cache_fallback_paths()), set(["/g/h/i", "/j/k/l", "/a/b/c"]))
# Add a few user specified folders.
mgr.bundle_cache_fallback_paths = ["/a/b/c", "/d/e/f"]
self.assertEqual(
set(mgr._get_bundle_cache_fallback_paths()),
set(["/a/b/c", "/d/e/f", "/g/h/i", "/j/k/l"])
)
# Now that the env var is not set anymore we should see its bundle caches.
self.assertEqual(
set(mgr._get_bundle_cache_fallback_paths()), set(["/a/b/c", "/d/e/f"])
)
def _download_shotgun_bundle(self, target=None):
"""
Creates a shotgun entity descriptor and attempts to download it locally.
:param target: The path to which the bundle is to be downloaded
"""
location = {
"type": "shotgun",
"entity_type": "PipelineConfiguration",
"name": "primary",
"project_id": 123,
"field": "sg_config",
"version": 456
}
if target:
with temp_env_var(SHOTGUN_BUNDLE_CACHE_PATH=target):
desc = self._create_desc(location)
else:
desc = self._create_desc(location)
with patch(
"tank.util.shotgun.download_and_unpack_attachment",
side_effect=self._download_and_unpack_attachment):
desc.download_local()
def test_env_vars_present(self, get_api_core_config_location_mock):
"""
Ensures files using environment variables are translated properly.
"""
test_host = "https://envvar.shotgunstudio.com"
test_key = "env_var_key"
test_script = "env_var_script"
test_proxy = "env_var_proxy"
test_appstore_proxy = "env_var_appstore_proxy"
with temp_env_var(
SGTK_TEST_HOST=test_host,
SGTK_TEST_KEY=test_key,
SGTK_TEST_SCRIPT=test_script,
SGTK_TEST_PROXY=test_proxy,
SGTK_TEST_APPSTORE_PROXY=test_appstore_proxy
):
self.assertEqual(
tank.util.shotgun.connection._parse_config_data(
{
"host": "$SGTK_TEST_HOST",
"api_key": "$SGTK_TEST_KEY",
"api_script": "$SGTK_TEST_SCRIPT",
"http_proxy": "$SGTK_TEST_PROXY",
"app_store_http_proxy": "$SGTK_TEST_APPSTORE_PROXY"
},
"default",
"not_a_file.cfg"
),
{
"host": test_host,
"api_key": test_key,
"api_script": test_script,
"http_proxy": test_proxy,
"app_store_http_proxy": test_appstore_proxy
}
)
def test_cleanup_with_fail(self):
"""
Ensures that after an update with a cleanup failure, the succeeding update
process completes smoothly
"""
resolver = sgtk.bootstrap.resolver.ConfigurationResolver(
plugin_id="backup_tests_with_fail")
with temp_env_var(SGTK_REPO_ROOT=self._core_repo_path):
config = resolver.resolve_configuration(
{
"type": "dev",
"name": "backup_tests_with_fail",
"path": self._temp_test_path,
},
self.mockgun,
)
self.assertIsInstance(config,
sgtk.bootstrap.resolver.CachedConfiguration)
config_root_path = config.path.current_os
core_install_backup_path = os.path.join(config_root_path,
"install", "core.backup")
# First update, no backup
config.update_configuration()
def dont_cleanup_backup_folders(self, config, core):
self.config_backup_folder_path = config
self.core_backup_folder_path = core
# Update the configuration, but don't clean up backups
with patch.object(
sgtk.bootstrap.resolver.CachedConfiguration,
"_cleanup_backup_folders",
new=dont_cleanup_backup_folders,
):
config.update_configuration()
config_backup_folder_path = config.config_backup_folder_path
core_backup_folder_path = config.core_backup_folder_path
in_use_file_name = os.path.join(core_backup_folder_path,
"test.txt")
# Create a file
with open(in_use_file_name, "w") as f:
f.write("Test")
config._cleanup_backup_folders(config_backup_folder_path,
core_backup_folder_path)
if is_windows():
# check that the backup folder was left behind, it is one of the 2 items, the cleanup failed
self.assertEqual(2, len(os.listdir(core_install_backup_path))
) # ['placeholder', core_backup_folder_path]
else:
# on Unix, having the file open won't fail the folder removal
self.assertEqual(os.listdir(core_install_backup_path),
["placeholder"])
config_install_backup_path = os.path.join(config_root_path,
"install",
"config.backup")
# check that there are no directory items in config backup folder other than then placeholder file
self.assertEqual(os.listdir(config_install_backup_path),
["placeholder"])
# Update a second time and check that the new backup was cleaned up...
config.update_configuration()
if is_windows():
# ... but the previous backup remains
self.assertEqual(2, len(os.listdir(core_install_backup_path))
) # ['placeholder', core_backup_folder_path]
else:
self.assertEqual(os.listdir(core_install_backup_path),
["placeholder"])
self.assertEqual(os.listdir(config_install_backup_path),
["placeholder"])
def test_cleanup_read_only(self):
"""
Ensures that backup cleanup will succeed even with read only folder items
"""
resolver = sgtk.bootstrap.resolver.ConfigurationResolver(
plugin_id="backup_tests_read_only")
with temp_env_var(SGTK_REPO_ROOT=self._core_repo_path):
config = resolver.resolve_configuration(
{
"type": "dev",
"name": "backup_tests_read_only",
"path": self._temp_test_path,
},
self.mockgun,
)
self.assertIsInstance(config,
sgtk.bootstrap.resolver.CachedConfiguration)
config_root_path = config.path.current_os
core_install_backup_path = os.path.join(config_root_path,
"install", "core.backup")
config_install_backup_path = os.path.join(config_root_path,
"install",
"config.backup")
# First update, no backup
config.update_configuration()
def dont_cleanup_backup_folders(self, config, core):
self.config_backup_folder_path = config
self.core_backup_folder_path = core
with patch.object(
sgtk.bootstrap.resolver.CachedConfiguration,
"_cleanup_backup_folders",
new=dont_cleanup_backup_folders,
):
# Update the configuration, but don't clean up backups in order to ...
config.update_configuration()
config_backup_folder_path = config.config_backup_folder_path
core_backup_folder_path = config.core_backup_folder_path
read_only_file_name = os.path.join(core_backup_folder_path,
"test.txt")
# ... create a read only file ...
with open(read_only_file_name, "w") as f:
f.write("Test")
file_permissions = os.stat(read_only_file_name)[stat.ST_MODE]
os.chmod(read_only_file_name, file_permissions & ~stat.S_IWRITE)
if is_windows():
# ... and a read only folder
folder_permissions = os.stat(config_install_backup_path)[
stat.ST_MODE]
os.chmod(config_install_backup_path,
folder_permissions & ~stat.S_IWRITE)
# Now try to clean up the backup folders with read-only file
config._cleanup_backup_folders(config_backup_folder_path,
core_backup_folder_path)
# Verify that backup folders were cleaned up
# Only the 'placeholder' file should remain
self.assertEqual(os.listdir(core_install_backup_path),
["placeholder"])
self.assertEqual(os.listdir(config_install_backup_path),
["placeholder"])
# Try deleting the 'config_install_backup_path' parent folder
# which was deliberately set to READ_ONLY on Windows
# and verify it no longer exists afterward.
parent_folder = os.path.join(config_install_backup_path, os.pardir)
sgtk.util.filesystem.safe_delete_folder(parent_folder)
self.assertFalse(os.path.exists(parent_folder))