def test_create_big_number(self):
# Ensure metrics exist
self.conn.submit('memory.free', 100)
# Create space
space = librato.Space(self.conn, 'my space')
space.save()
self.wait_for_replication()
chart = space.add_chart('memory',
type='bignumber',
streams=[{
'metric': 'memory.free',
'source': '*'
}],
use_last_value=False)
# Shortcut
chart2 = space.add_bignumber_chart('memory 2',
'memory.free',
'foo*',
use_last_value=True)
self.wait_for_replication()
self.assertEqual(chart.type, 'bignumber')
self.assertEqual(len(chart.streams), 1)
self.assertFalse(chart.use_last_value)
self.assertEqual(chart2.type, 'bignumber')
self.assertEqual(len(chart2.streams), 1)
self.assertTrue(chart2.use_last_value)
def test_create_chart(self):
# Ensure metrics exist
self.conn.submit('memory.free', 100)
self.conn.submit('memory.used', 200)
# Create space
space = librato.Space(self.conn, 'my space')
space.save()
# Add chart
chart = space.add_chart('memory',
type='line',
streams=[{
'metric': 'memory.free',
'source': '*'
}, {
'metric': 'memory.used',
'source': '*',
'group_function': 'breakout',
'summary_function': 'average'
}],
min=0,
max=50,
label='the y axis label',
use_log_yaxis=True,
related_space=1234)
self.wait_for_replication()
self.assertEqual(len(chart.streams), 2)
def test_delete_space_via_model(self):
space = librato.Space(self.conn, 'delete me')
space.save()
self.wait_for_replication()
space.delete()
self.wait_for_replication()
self.assertRaises(librato.exceptions.NotFound, self.conn.get_space, space.id)
def test_create_space_via_model(self):
space = librato.Space(self.conn, 'Production')
self.assertIsNone(space.id)
space.save()
self.assertIsNotNone(space.id)