def display(self):
data = chain([('SSH Key', key.name) for key in self.ssh_keys],
[('Cloud Files', cred.username)
for cred in self.cloud_files],
[('Amazon S3', cred.access_key_id) for cred in self.s3],
[('Ambari', cred.username) for cred in self.ambari])
print_table(data, ('Type', 'Name'), title='Credentials')
def display(self):
data = chain(
[('SSH Key', key.name) for key in self.ssh_keys],
[('Cloud Files', cred.username) for cred in self.cloud_files],
[('Amazon S3', cred.access_key_id) for cred in self.s3]
)
print_table(data, ('Type', 'Name'))
def display_stacks(result):
data, header = table_data(result, Stack)
header = [''] + list(header)
data = [[i] + list(row) for i, row in enumerate(data, start=1)]
print_table(data, header, title='Stacks')
display_stack_services(result)
def display_stacks(result):
data, header = table_data(result, Stack)
header = [''] + list(header)
data = [[i] + list(row) for i, row in enumerate(data, start=1)]
print_table(data, header, title='Stacks')
display_stack_services(result)
def display(self):
properties = [
('Nodes', self.node_count.limit, self.node_count.remaining),
('RAM', self.ram.limit, self.ram.remaining),
('Disk', self.disk.limit, self.disk.remaining),
('VCPUs', self.vcpus.limit, self.vcpus.remaining),
]
header = ('Property', 'Limit', 'Remaining')
print_table(properties, header, title='Quotas')
def display(self):
properties = [
('Nodes', self.node_count.limit, self.node_count.remaining),
('RAM', self.ram.limit, self.ram.remaining),
('Disk', self.disk.limit, self.disk.remaining),
('VCPUs', self.vcpus.limit, self.vcpus.remaining),
]
header = ('Property', 'Limit', 'Remaining')
print_table(properties, header, title='Quotas')
def _display_components(self):
rows = []
for group in self.node_groups:
group_column = chain([group.id], repeat(''))
rows.extend(
no_nulls((grp, comp['name']))
for grp, comp in six.moves.zip(group_column, group.components))
print_table(rows, ('Node Group', 'Name'), title='Components')
def _display_components(self):
rows = []
for group in self.node_groups:
group_column = chain([group.id], repeat(''))
rows.extend(
no_nulls((grp, comp['name']))
for grp, comp in six.moves.zip(group_column, group.components)
)
print_table(rows, ('Node Group', 'Name'), title='Components')
def display_node_groups(self):
data = []
for group in self.node_groups:
data.extend(zip(
chain([group.id], repeat('')),
chain([group.flavor_id], repeat('')),
chain([group.count], repeat('')),
sorted(component['name'] for component in group.components)
))
print_table(data, ('ID', 'Flavor', 'Count', 'Components'),
title='Node Groups')
def display_node_groups(self):
data = []
for group in self.node_groups:
data.extend(
zip(
chain([group.id], repeat('')),
chain([group.flavor_id], repeat('')),
chain([group.count], repeat('')),
sorted(component['name']
for component in group.components)))
print_table(data, ('ID', 'Flavor', 'Count', 'Components'),
title='Node Groups')
def display_nodes(cls, nodes):
display_result(nodes, Node, title='Nodes')
rows = []
for node in nodes:
node_column = chain([node.name], repeat(''))
rows.extend(
no_nulls([name, comp['name'], comp['nice_name'],
comp.get('uri')])
for name, comp in six.moves.zip(node_column, node.components))
print_table(rows, ('Node', 'ID', 'Name', 'URI'), title='Components')
def display_recommendations(data):
rows = []
for rec in data:
items = six.moves.zip(
chain([rec.name], repeat('')),
chain(textwrap.wrap(rec._requires, 30), repeat('')),
chain(textwrap.wrap(rec.description, 30), repeat('')), rec.sizes)
rows.extend((name, requires, desc, size.flavor_id, size.minutes,
size.nodecount, size.recommended)
for name, requires, desc, size in items)
header = ('Name', 'Requires', 'Description', 'Flavor', 'Minutes', 'Nodes',
'Recommended')
print_table(rows, header)
def display_nodes(cls, nodes):
sorted_nodes = sorted(nodes, key=lambda node: node.name)
display_result(sorted_nodes, Node, title='Nodes')
six.print_()
rows = []
for node in sorted_nodes:
node_column = chain([node.name], repeat(''))
rows.extend(
no_nulls(
[name, comp['name'], comp['nice_name'],
comp.get('uri')])
for name, comp in six.moves.zip(node_column, node.components))
print_table(rows, ('Node', 'ID', 'Name', 'URI'), title='Components')
def display_stack_services(result):
service_stacks = defaultdict(set)
for stack in result:
for service in stack.services:
service_stacks[service.name].add(stack.id)
header = [''
] + [six.text_type(i + 1) for i in six.moves.range(len(result))]
sorted_services = [(service, service_stacks[service])
for service in sorted(service_stacks)]
rows = [[service] +
['X' if stack.id in svc_stacks else '' for stack in result]
for service, svc_stacks in sorted_services]
print_table(rows, header, title='Services')
def display_stack_services(result):
service_stacks = defaultdict(set)
for stack in result:
for service in stack.services:
service_stacks[service.name].add(stack.id)
header = [''] + [six.text_type(i + 1)
for i in six.moves.range(len(result))]
sorted_services = [(service, service_stacks[service])
for service in sorted(service_stacks)]
rows = [
[service] + ['X' if stack.id in svc_stacks else '' for stack in result]
for service, svc_stacks in sorted_services]
print_table(rows, header, title='Services')
def display_recommendations(data):
rows = []
for rec in data:
items = six.moves.zip(
chain([rec.name], repeat("")),
chain(textwrap.wrap(rec._requires, 30), repeat("")),
chain(textwrap.wrap(rec.description, 30), repeat("")),
rec.sizes,
)
rows.extend(
(name, requires, desc, size.flavor_id, size.minutes, size.nodecount, size.recommended)
for name, requires, desc, size in items
)
header = ("Name", "Requires", "Description", "Flavor", "Minutes", "Nodes", "Recommended")
print_table(rows, header)
def test_print_table(data, header, title, output):
strio = six.StringIO()
with patch('sys.stdout', strio):
util.print_table(data, header, title=title)
assert strio.getvalue() == output
def test_print_table(data, header, title, output):
strio = six.StringIO()
with patch('sys.stdout', strio):
util.print_table(data, header, title=title)
assert strio.getvalue() == output
