def test_with_right_number_of_unique_disks_both_nodes(self):
# suppose that the user has specified two nodes, and two EBS / PD disks
# with different names. This is the desired user behavior.
input_yaml = TWO_NODES_TWO_DISKS_CLOUD
options = self.default_options.copy()
options['ips'] = input_yaml
layout = NodeLayout(options)
self.assertNotEqual([], layout.nodes)
self.assertEquals(DISK_ONE, layout.head_node().disk)
self.assertEquals(DISK_TWO, layout.other_nodes()[0].disk)
def test_with_right_number_of_unique_disks_both_nodes(self): # suppose that the user has specified two nodes, and two EBS / PD disks # with different names. This is the desired user behavior. input_yaml = TWO_NODES_TWO_DISKS_CLOUD options = self.default_options.copy() options['ips'] = input_yaml layout = NodeLayout(options) self.assertNotEqual([], layout.nodes) self.assertEquals(DISK_ONE, layout.head_node().disk) self.assertEquals(DISK_TWO, layout.other_nodes()[0].disk)
def test_new_with_right_number_of_unique_disks_one_node(self):
# suppose that the user has specified two nodes, and two EBS / PD disks
# with different names. This is the desired user behavior.
input_yaml = [
{'roles': ['master', 'database'], 'nodes': 1, 'instance_type': 'm1.large'},
{'roles': ['appengine'], 'nodes': 2,
'instance_type': 'm1.large', 'disks': [self.DISK_ONE, self.DISK_TWO]}]
options = self.default_options.copy()
options['ips'] = input_yaml
layout = NodeLayout(options)
self.assertNotEqual([], layout.nodes)
self.assertEquals(self.DISK_ONE, layout.other_nodes()[0].disk)
self.assertEquals(self.DISK_TWO, layout.other_nodes()[1].disk)
def test_with_right_number_of_unique_disks(self):
# suppose that the user has specified two nodes, and two EBS / PD disks
# with different names. This is the desired user behavior.
input_yaml = {'controller': self.ip_1, 'servers': [self.ip_2]}
options = self.default_options.copy()
options['ips'] = input_yaml
options['disks'] = {
self.ip_1: 'disk_number_one',
self.ip_2: 'disk_number_two'
}
layout = NodeLayout(options)
self.assertEquals(True, layout.is_valid())
self.assertEquals('disk_number_one', layout.head_node().disk)
self.assertEquals('disk_number_two', layout.other_nodes()[0].disk)
def test_with_right_number_of_unique_disks(self):
# suppose that the user has specified two nodes, and two EBS / PD disks
# with different names. This is the desired user behavior.
input_yaml = {
'controller' : self.ip_1,
'servers' : [self.ip_2]
}
options = self.default_options.copy()
options['ips'] = input_yaml
options['disks'] = {
self.ip_1 : 'disk_number_one',
self.ip_2 : 'disk_number_two'
}
layout = NodeLayout(options)
self.assertEquals(True, layout.is_valid())
self.assertEquals('disk_number_one', layout.head_node().disk)
self.assertEquals('disk_number_two', layout.other_nodes()[0].disk)
def test_new_with_right_number_of_unique_disks_one_node(self):
# suppose that the user has specified two nodes, and two EBS / PD disks
# with different names. This is the desired user behavior.
input_yaml = [{
'roles': ['master', 'database'],
'nodes': 1,
'instance_type': 'm1.large'
}, {
'roles': ['appengine'],
'nodes': 2,
'instance_type': 'm1.large',
'disks': [self.DISK_ONE, self.DISK_TWO]
}]
options = self.default_options.copy()
options['ips'] = input_yaml
layout = NodeLayout(options)
self.assertNotEqual([], layout.nodes)
self.assertEquals(self.DISK_ONE, layout.other_nodes()[0].disk)
self.assertEquals(self.DISK_TWO, layout.other_nodes()[1].disk)
