def test_url_cleanup(self):
# Make sure that if a file has the url saved incorrectly...
with patch("sgtk.util.shotgun.connection.sanitize_url", wraps=lambda x: x):
session_cache.set_current_host("https://host.cleaned.up.on.read/")
# ... then sure we indeed disabled cleanup and that the malformed value was written to disk...
self.assertEquals("https://host.cleaned.up.on.read/", session_cache.get_current_host())
# ... and finaly that the value is filtered when being read back from disk.
self.assertEquals("https://host.cleaned.up.on.read", session_cache.get_current_host())
# Make sure we're cleaning up the hostname when saving it.
session_cache.set_current_host("https://host.cleaned.up.on.write/")
with open(
os.path.join(
LocalFileStorageManager.get_global_root(
LocalFileStorageManager.CACHE
),
"authentication.yml"
),
"r"
) as fh:
# Let's read the file directly to see if the data was cleaned up.
data = yaml.load(fh)
self.assertEqual(
data["current_host"],
"https://host.cleaned.up.on.write"
)
def test_url_cleanup(self):
# Make sure that if a file has the url saved incorrectly...
with patch("sgtk.util.shotgun.connection.sanitize_url",
wraps=lambda x: x):
session_cache.set_current_host("https://host.cleaned.up.on.read/")
# ... then sure we indeed disabled cleanup and that the malformed value was written to disk...
self.assertEquals("https://host.cleaned.up.on.read/",
session_cache.get_current_host())
# ... and finaly that the value is filtered when being read back from disk.
self.assertEquals("https://host.cleaned.up.on.read",
session_cache.get_current_host())
# Make sure we're cleaning up the hostname when saving it.
session_cache.set_current_host("https://host.cleaned.up.on.write/")
with open(
os.path.join(
LocalFileStorageManager.get_global_root(
LocalFileStorageManager.CACHE), "authentication.yml"),
"r") as fh:
# Let's read the file directly to see if the data was cleaned up.
data = yaml.load(fh)
self.assertEqual(data["current_host"],
"https://host.cleaned.up.on.write")
def test_recent_hosts(self):
"""
Makes sure the recent hosts list is keep up to date.
"""
HOST_A = "https://host-a.shotgunstudio.com"
HOST_B = "https://host-b.shotgunstudio.com"
# Make sure the recent hosts is initially empty.
self.assertEqual(session_cache.get_recent_hosts(), [])
# Set HOST_A as the current host.
session_cache.set_current_host(HOST_A)
self.assertEqual(session_cache.get_recent_hosts(), [HOST_A])
self.assertEqual(session_cache.get_current_host(), HOST_A)
# Then set HOST_B as the new current host.
session_cache.set_current_host(HOST_B)
self.assertEqual(session_cache.get_recent_hosts(), [HOST_B, HOST_A])
self.assertEqual(session_cache.get_current_host(), HOST_B)
# Now set back HOST_A as the current host. It should now be the most recent.
session_cache.set_current_host(HOST_A)
self.assertEqual(session_cache.get_recent_hosts(), [HOST_A, HOST_B])
self.assertEqual(session_cache.get_current_host(), HOST_A)
# Update the cache 10 times.
n_hosts = ["https://host-%d.shotgunstudio.com" % i for i in range(10)]
for host in n_hosts:
session_cache.set_current_host(host)
# We should now have hosts 9 down to 2 in the most recent list.
most_recents = ["https://host-%d.shotgunstudio.com" % i for i in range(9, 1, -1)]
self.assertEqual(session_cache.get_recent_hosts(), most_recents)
def test_current_host(self):
"""
Makes sure current host is saved appropriately.
"""
# Write the host and make sure we read it back.
# Use mixed case to make sure we are case preserving
host = "https://hOsT.shotgunstudio.com"
session_cache.set_current_host(host)
self.assertEqual(session_cache.get_current_host(), host)
# Update the host and make sure we read it back.
other_host = "https://other_host.shotgunstudio.com"
session_cache.set_current_host(other_host)
self.assertEqual(session_cache.get_current_host(), other_host)
def test_current_host(self):
"""
Makes sure current host is saved appropriately.
"""
# Write the host and make sure we read it back.
# Use mixed case to make sure we are case preserving
host = "https://hOsT.shotgunstudio.com"
session_cache.set_current_host(host)
self.assertEqual(session_cache.get_current_host(), host)
# Update the host and make sure we read it back.
other_host = "https://other_host.shotgunstudio.com"
session_cache.set_current_host(other_host)
self.assertEqual(session_cache.get_current_host(), other_host)
def test_current_host(self):
"""
Makes sure current host is saved appropriately.
"""
# Write the host and make sure we read it back.
#
# Use mixed case to make sure we are not case preserving. If we did,
# as we used to, we would run into problems with some site url
# comparisons incorrectly determining that hOsT.shotgunstudio.com
# isn't the same site as host.shotgunstudio.com.
host = "https://hOsT.shotgunstudio.com"
session_cache.set_current_host(host)
self.assertEqual(session_cache.get_current_host(), host.lower())
# Update the host and make sure we read it back.
other_host = "https://other_host.shotgunstudio.com"
session_cache.set_current_host(other_host)
self.assertEqual(session_cache.get_current_host(), other_host)
def test_current_host(self):
"""
Makes sure current host is saved appropriately.
"""
# Write the host and make sure we read it back.
#
# Use mixed case to make sure we are not case preserving. If we did,
# as we used to, we would run into problems with some site url
# comparisons incorrectly determining that hOsT.shotgunstudio.com
# isn't the same site as host.shotgunstudio.com.
host = "https://hOsT.shotgunstudio.com"
session_cache.set_current_host(host)
self.assertEqual(session_cache.get_current_host(), host.lower())
# Update the host and make sure we read it back.
other_host = "https://other_host.shotgunstudio.com"
session_cache.set_current_host(other_host)
self.assertEqual(session_cache.get_current_host(), other_host)
def test_recent_hosts(self):
"""
Makes sure the recent hosts list is keep up to date.
"""
HOST_A = "https://host-a.shotgunstudio.com"
HOST_B = "https://host-b.shotgunstudio.com"
# Make sure the recent hosts is initially empty.
self.assertEqual(session_cache.get_recent_hosts(), [])
# Set HOST_A as the current host.
session_cache.set_current_host(HOST_A)
self.assertEqual(session_cache.get_recent_hosts(), [HOST_A])
self.assertEqual(session_cache.get_current_host(), HOST_A)
# Then set HOST_B as the new current host.
session_cache.set_current_host(HOST_B)
self.assertEqual(session_cache.get_recent_hosts(), [HOST_B, HOST_A])
self.assertEqual(session_cache.get_current_host(), HOST_B)
# Now set back HOST_A as the current host. It should now be the most recent.
session_cache.set_current_host(HOST_A)
self.assertEqual(session_cache.get_recent_hosts(), [HOST_A, HOST_B])
self.assertEqual(session_cache.get_current_host(), HOST_A)
# Update the cache 10 times.
n_hosts = ["https://host-%d.shotgunstudio.com" % i for i in range(10)]
for host in n_hosts:
session_cache.set_current_host(host)
# We should now have hosts 9 down to 2 in the most recent list.
most_recents = [
"https://host-%d.shotgunstudio.com" % i for i in range(9, 1, -1)
]
self.assertEqual(session_cache.get_recent_hosts(), most_recents)