1b28a77284
The event id will now be included in the command output of 'request-list' as well as the HTTP endpoint for outstanding node requests. Change-Id: I2475ae879fd0321bac020c84935a5a1d52b8b916
273 lines
8.1 KiB
Python
273 lines
8.1 KiB
Python
# Copyright 2013 OpenStack Foundation
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#
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# Licensed under the Apache License, Version 2.0 (the "License"); you may
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# not use this file except in compliance with the License. You may obtain
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# a copy of the License at
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#
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# http://www.apache.org/licenses/LICENSE-2.0
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#
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# Unless required by applicable law or agreed to in writing, software
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# distributed under the License is distributed on an "AS IS" BASIS, WITHOUT
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# WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the
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# License for the specific language governing permissions and limitations
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# under the License.
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from collections import OrderedDict
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import json
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import time
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from prettytable import PrettyTable
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# General notes:
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#
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# All the _list functions should return a tuple
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#
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# ([ {obj}, {obj}, ...], headers_table)
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#
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# The headers_table is an OrderedDict that maps the fields in the
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# returned objs to pretty-printable headers. Each obj in the list
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# should be a dictionary with fields as described by the
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# headers_table.
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#
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# e.g.
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#
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# headers_table = OrderedDict({
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# 'key1': 'Key One',
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# 'key2': 'Key Two'})
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# objs = [ { 'key1': 'value', 'key2': 123 },
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# { 'key1': 'value2', 'key2': 456 } ]
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# return(objs, headers_table)
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#
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# The output() function takes this tuple result and a format to
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# produce results for consumption by the caller.
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def age(timestamp):
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now = time.time()
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dt = now - timestamp
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m, s = divmod(dt, 60)
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h, m = divmod(m, 60)
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d, h = divmod(h, 24)
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return '%02d:%02d:%02d:%02d' % (d, h, m, s)
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def _to_pretty_table(objs, headers_table, fields):
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'''Construct a pretty table output
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:param objs: list of output objects
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:param headers_table: list of (key, desr) header tuples
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:param fields: list of fields to show; None means all
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:return str: text output
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'''
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if fields:
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headers_table = OrderedDict(
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[h for h in headers_table.items() if h[0] in fields])
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headers = headers_table.values()
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t = PrettyTable(headers)
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t.align = 'l'
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for obj in objs:
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values = []
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for k in headers_table:
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if fields and k not in fields:
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continue
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if k == 'age':
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try:
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obj_age = age(int(obj[k]))
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except ValueError:
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# already converted
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obj_age = obj[k]
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values.append(obj_age)
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else:
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if isinstance(obj[k], list):
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values.append(','.join(obj[k]))
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else:
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values.append(obj[k])
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t.add_row(values)
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return t
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def output(results, fmt, fields=None):
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'''Generate output for webapp results
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:param results: tuple (objs, headers) as returned by various _list
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functions
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:param fmt: select from ascii pretty-table or json
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:param fields: list of fields to show in pretty-table output
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'''
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objs, headers_table = results
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if fmt == 'pretty':
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t = _to_pretty_table(objs, headers_table, fields)
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return str(t)
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elif fmt == 'json':
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return json.dumps(objs)
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else:
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raise ValueError('Unknown format "%s"' % fmt)
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def node_list(zk, node_id=None):
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headers_table = [
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("id", "ID"),
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("provider", "Provider"),
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("label", "Label"),
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("server_id", "Server ID"),
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("public_ipv4", "Public IPv4"),
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("ipv6", "IPv6"),
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("state", "State"),
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("age", "Age"),
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("locked", "Locked"),
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("pool", "Pool"),
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("hostname", "Hostname"),
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("private_ipv4", "Private IPv4"),
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("AZ", "AZ"),
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("connection_port", "Port"),
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("launcher", "Launcher"),
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("allocated_to", "Allocated To"),
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("hold_job", "Hold Job"),
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("comment", "Comment")
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]
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headers_table = OrderedDict(headers_table)
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def _get_node_values(node):
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locked = "unlocked"
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try:
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zk.lockNode(node, blocking=False)
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except Exception:
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locked = "locked"
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else:
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zk.unlockNode(node)
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values = [
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node.id,
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node.provider,
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node.type,
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node.external_id,
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node.public_ipv4,
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node.public_ipv6,
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node.state,
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age(node.state_time),
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locked,
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node.pool,
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node.hostname,
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node.private_ipv4,
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node.az,
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node.connection_port,
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node.launcher,
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node.allocated_to,
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node.hold_job,
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node.comment
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]
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return values
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objs = []
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if node_id:
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node = zk.getNode(node_id)
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if node:
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values = _get_node_values(node)
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objs.append(dict(zip(headers_table.keys(),
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values)))
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else:
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for node in zk.nodeIterator():
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values = _get_node_values(node)
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objs.append(dict(zip(headers_table.keys(),
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values)))
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return (objs, headers_table)
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def dib_image_list(zk):
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headers_table = OrderedDict([
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("id", "ID"),
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("image", "Image"),
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("builder", "Builder"),
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("formats", "Formats"),
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("state", "State"),
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("age", "Age")])
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objs = []
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for image_name in zk.getImageNames():
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for build_no in zk.getBuildNumbers(image_name):
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build = zk.getBuild(image_name, build_no)
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objs.append({'id': '-'.join([image_name, build_no]),
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'image': image_name,
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'builder': build.builder,
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'formats': build.formats,
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'state': build.state,
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'age': int(build.state_time)
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})
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return (objs, headers_table)
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def image_list(zk):
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headers_table = OrderedDict([
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("id", "Build ID"),
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("upload_id", "Upload ID"),
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("provider", "Provider"),
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("image", "Image"),
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("external_name", "Provider Image Name"),
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("external_id", "Provider Image ID"),
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("state", "State"),
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("age", "Age")])
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objs = []
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for image_name in zk.getImageNames():
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for build_no in zk.getBuildNumbers(image_name):
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for provider in zk.getBuildProviders(image_name, build_no):
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for upload_no in zk.getImageUploadNumbers(
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image_name, build_no, provider):
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upload = zk.getImageUpload(image_name, build_no,
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provider, upload_no)
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values = [build_no, upload_no, provider, image_name,
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upload.external_name,
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upload.external_id,
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upload.state,
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int(upload.state_time)]
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objs.append(dict(zip(headers_table.keys(),
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values)))
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return (objs, headers_table)
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def request_list(zk):
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headers_table = OrderedDict([
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("id", "Request ID"),
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("relative_priority", "Priority"),
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("state", "State"),
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("requestor", "Requestor"),
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("node_types", "Node Types"),
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("nodes", "Nodes"),
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("declined_by", "Declined By"),
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("event_id", "Event ID"),
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])
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objs = []
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for req in zk.nodeRequestIterator():
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values = [req.id, req.relative_priority,
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req.state, req.requestor,
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req.node_types,
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req.nodes,
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req.declined_by,
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req.event_id]
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objs.append(dict(zip(headers_table.keys(),
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values)))
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return (objs, headers_table)
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def label_list(zk):
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headers_table = OrderedDict([
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("label", "Label"),
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])
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objs = []
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# Walk all launchers, find the labels they support and stick it
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# all in a set.
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# NOTE(ianw): maybe add to each entry a list of which
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# launchers support the label?
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labels = set()
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launchers = zk.getRegisteredLaunchers()
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for launcher in launchers:
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labels.update(launcher.supported_labels)
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for label in labels:
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objs.append({'label': label})
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return (objs, headers_table)
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