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#!/usr/bin/python
#
# Copyright (C) 2010, 2011 Canonical Ltd.
# License: GPL-3
import sys
import re
import optparse
import report_tools
level = 0
count_zero = { 'total':0 }
state2level = {}
level2colour = {}
state2human = {}
for name, colour, human in [
# ('done', '#ff9933', "Complete"),
('postponed', '#999999', "Postponed"),
('done', 'lightblue', "Complete"),
('todo', '#00cc00', "Todo"),
('inprogress', '#00ff00', "In Progress"),
('green', '#00ff00', "On Track"),
('amber', '#ffff00', "At Risk"),
('red', '#ff0000', "In Danger"),
('no-items', '#ffff00', "No Work Items")
]:
state2level[name] = level
level2colour[level] = colour
state2human[name] = human
count_zero[name] = 0
level += 1
def state_out(state):
if state in state2human:
return state2human[state]
else:
return state
def conf_error(usage, line):
sys.stderr.write("Config error: %s\n" % (line))
sys.stderr.write(" %s\n" % (usage))
sys.exit(1)
def data_sanitise(data):
# Run through the whole table and clean up all the items.
# Pull out any unknown milestones and add them to the list.
for (bp, i) in data.iteritems():
new_tasks = []
for task in i['tasks']:
# Pull off any colour modifiers, update status if not closed.
for control in 'green', 'amber', 'red':
if task['description'].endswith('[' + control + ']'):
if not task['state'] in ('done', 'postponed') :
task['state'] = control
task['description'] = task['description'].rstrip('[' + control + ']')
# Shunt null milestones to 'None'.
if task['milestone'] == None or task['milestone'] == '':
task['milestone'] = "None"
if task['state'] == 'todo' and i['implementation'] == 'Deferred':
task['state'] = 'postponed'
new_tasks.append(task)
i['tasks'] = new_tasks
return data
def data_milestones(data, milestones=[]):
# Pull out any unknown milestones and add them to the list.
for (bp, i) in data.iteritems():
for task in i['tasks']:
# Check if this miletone is unknown, shunt null ones to 'None'.
if task['milestone'] == None or task['milestone'] == '':
task['milestone'] = "None"
if not task['milestone'] in milestones:
milestones.append(task['milestone'])
return milestones
html = re.compile(r'<[^>]*>')
buglink = re.compile(r'(bug +|LP: +)#?(\d+)', re.I)
def text_sanitise(text):
text = text.replace("\n", " ")
text = html.sub(" ", text)
text = buglink.sub(r'\1Bug:\2', text)
if not isinstance(text, unicode):
text = unicode(text, 'UTF-8')
return text
def blueprint_order(a, b):
return cmp(a.lower(), b.lower())
def generate_tables(data, milestones = True):
status_table = []
tasks_table = []
count_all = count_zero.copy()
keys = data.keys()
keys.sort(blueprint_order)
for bp in keys:
i = data[bp]
(status, items) = (i['status'], i['tasks'])
a = bp.split(' ', 1)
if len(a) == 2:
bp = a[1]
name = "[[%s|%s]]" % (i['url'], bp)
# Work out the master colour for the item, and accumulate stats
count = count_zero.copy()
masterl = 0
masters = None
for item in items:
(desc, state, assignee, milestone) = (item['description'],
item['state'], item['assignee'], item['milestone'])
#print masterl, state, desc, state2level[state]
if masterl <= state2level[state]:
masterl = state2level[state]
masters = state
count['total'] += 1
count[state] += 1
count_all['total'] += 1
count_all[state] += 1
if not masters:
masters = 'no-items'
masterl = state2level[masters]
masterc = level2colour[masterl]
# Emit the status table.
status_table.append("||<rowbgcolor=\"%s\"> %s (%s/%s/%s) || %s || %s ||" % \
(masterc, name, count['done'], count['postponed'], count['total'], \
text_sanitise(status), state_out(masters)))
# Emit the tasks table.
current = 0
for item in items:
current += 1
(desc, state, assignee, milestone) = (item['description'],
item['state'], item['assignee'], item['milestone'])
if milestone == 'None':
milestone = ''
desc = text_sanitise(desc)
itemc = level2colour[state2level[state]]
if current == 1:
entry = "||<(^ |%s rowbgcolor=\"%s\" bgcolor=\"%s\"> %s (%s/%s/%s) ||" % (len(items), itemc, masterc, name, count['done'], count['postponed'], count['total'])
else:
entry = "||<rowbgcolor=\"%s\">" % (itemc)
entry += " %s || %s || " % (desc, assignee)
if milestones:
entry += " %s || " % (milestone)
entry += " %s ||" % (state_out(state))
tasks_table.append(entry)
pcnt = ((count_all['done'] + count_all['postponed']) * 100) / \
count_all['total']
tasks_table.append('')
tasks_table.append("|| Total (%s/%s/%s) %d%%||" % \
(count_all['done'], count_all['postponed'], count_all['total'], pcnt))
return ("\n".join(status_table), "\n".join(tasks_table))
def generate_blueprint_list(data):
blueprint_list = []
keys = data.keys()
keys.sort(blueprint_order)
for bp in keys:
i = data[bp]
(status, assignee) = (i['status'], i['assignee'])
a = bp.split(' ', 1)
if len(a) == 2:
bp = a[1]
name = "[[%s|%s]]" % (i['url'], bp)
if assignee:
assignee = " (" + assignee + ")"
else:
assignee = ''
blueprint_list.append(" 1. " + name + assignee + "\n")
return "".join(blueprint_list)
if __name__ == '__main__':
report_tools.fix_stdouterr()
# argv parsing
optparser = optparse.OptionParser()
optparser.add_option('-d', '--database',
help='Path to database', dest='database', metavar='PATH')
optparser.add_option('-t', '--team',
help='Restrict report to a particular team', dest='team')
optparser.add_option('-v', '--version',
help='Report version', dest='version')
(opts, args) = optparser.parse_args()
if not opts.database:
optparser.error('No database given')
store = report_tools.get_store(opts.database)
data = report_tools.blueprint_tasks_completion(store, team=opts.team)
data = data_sanitise(data)
# Get the default milestones for this database augmenting that with any
# mentioned by the user which are not listed. Finally ensure we list
# those items with no milestone last.
milestones = report_tools.milestone_list(store)
milestones = data_milestones(data, milestones)
try:
milestones.remove('None')
except:
pass
milestones.append('')
# WIKI: indicate this is a non-reportable update.
print "@@ Trivial: (x) Yes ( ) No"
# Generate the overall list of blueprints
if opts.version > 1:
blueprint_list = generate_blueprint_list(data)
print "## blueprint_list"
print "== Blueprints =="
print blueprint_list
# Generate the top level tables -- those will all entries.
(status, tasks) = generate_tables(data)
# Title the table
print "## activity_tables"
print "== Activity Status =="
print "||<20%> '''Blueprint/Activity''' || '''Overview''' ||<10%> '''Status''' ||";
print status
print
print "== Activity Task Status =="
print "||<20%> '''Blueprint/Activity''' || '''Task''' ||<10%> '''Assignee''' ||<10%> '''Milestone''' ||<10%> '''Status''' ||";
print tasks
# Generate per milestone tables.
for stone in milestones:
data = report_tools.blueprint_tasks_completion(store,
team=opts.team, milestone=stone)
data = data_sanitise(data)
if stone == '':
stone = 'None'
if len(data):
print ""
print "== Milestone %s ==" % (stone)
(status, tasks) = generate_tables(data, milestones=False)
print "||<20%> '''Blueprint/Activity''' || '''Task''' ||<10%> '''Assignee''' ||<10%> '''Status''' ||";
print tasks
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