cur = db.cursor()
cur.execute('''CREATE TABLE work_items (
blueprint VARCHAR(255) NOT NULL,
- workitem VARCHAR(255) NOT NULL,
+ workitem VARCHAR(1000) NOT NULL,
status VARCHAR(20) NOT NULL,
+ assignee VARCHAR(200) NOT NULL,
date TIMESTAMP NOT NULL)''')
- cur.execute('''CREATE TABLE statuses (
+ cur.execute('''CREATE TABLE status (
blueprint VARCHAR(255) NOT NULL,
- status VARCHAR(20) NOT NULL,
+ status VARCHAR(1000) NOT NULL,
date TIMESTAMP NOT NULL)''')
db.commit()
def get_blueprint_workitems(blueprint_url):
'''Collect work items from a particular blueprint URL.
- This will return a list of ('item', 'state') pairs.
+ This will return a list of ('item', 'status', 'assignee') tuples.
'''
work_items_re = re.compile('(<p>|^)work items:\s*<br />', re.I)
+ assignee_re = re.compile('<a href="https://.*launchpad.net/~([a-zA-Z0-9_-]+)" class=".*person">')
found_workitems = False
+ found_assignee = False
result = []
+ default_assignee = 'nobody'
for l in urllib.urlopen(blueprint_url):
end = False
+
+ if '<dt>Assignee:' in l:
+ found_assignee = True
+ continue
+
+ if found_assignee and not found_workitems:
+ m = assignee_re.search(l)
+ if m:
+ default_assignee = m.group(1)
+ found_assignee = False
+
if not found_workitems:
if work_items_re.search(l):
found_workitems = True
print >> sys.stderr, 'ERROR: invalid state "%s" for work item "%s"' % (
state, desc)
continue
- result.append((desc, state))
+
+ if desc.startswith('['):
+ try:
+ off = desc.index(']')
+ assignee = desc[1:off]
+ desc = desc[off+1:].strip()
+ except ValueError:
+ print >> sys.stderr, 'ERROR: missing closing "]" for assignee for work item "%s"' % desc
+ else:
+ assignee = default_assignee
+
+ result.append((desc, state, assignee))
if end:
break
Every line starting with "|| " is treated as a work item.
- Return a list of ('item', 'state') pairs.
+ Return a list of ('item', 'status') pairs.
'''
result = []
for line in urllib.urlopen(url):
'''Dump database contents.'''
cur = db.cursor()
- cur.execute('SELECT w.*, s.status FROM work_items w LEFT JOIN statuses s on w.blueprint = s.blueprint')
- for (blueprint, workitem, status, date) in cur:
- print '%s [%s]\t%s: %s' % (date, blueprint, workitem, status)
+ cur.execute('SELECT * FROM work_items')
+ print '== Work items: =='
+ for (blueprint, workitem, item_status, assignee, date) in cur:
+ print '%s [%s, %s]\t%s: %s' % (date, blueprint, assignee, workitem, item_status)
+
+ print '\n== Status =='
+ cur = db.cursor()
+ cur.execute('SELECT * FROM status')
+ for (blueprint, status, date) in cur:
+ print '%s: %s [%s]' % (blueprint, status, date)
-def add_work_item(db, blueprint, item, state):
+def add_work_item(db, blueprint, item, status, assignee):
'''Add work item to database.'''
cur = db.cursor()
- cur.execute('INSERT INTO work_items VALUES (?, ?, ?, date(CURRENT_TIMESTAMP))',
- (blueprint, item, state))
+ cur.execute('INSERT INTO work_items VALUES (?, ?, ?, ?, date(CURRENT_TIMESTAMP))',
+ (blueprint, item, status, assignee))
def add_status(db, blueprint, status):
'''Add blueprint status to database.'''
+ if not status:
+ return
+
cur = db.cursor()
- cur.execute('INSERT INTO statuses VALUES (?, ?, date(CURRENT_TIMESTAMP))',
+ cur.execute('INSERT INTO status VALUES (?, ?, date(CURRENT_TIMESTAMP))',
(blueprint, status))
def import_lp(db, name_pattern, release):
cur = db.cursor()
cur.execute('DELETE FROM work_items WHERE date = date(CURRENT_TIMESTAMP)')
- cur.execute('DELETE FROM statuses WHERE date = date(CURRENT_TIMESTAMP)')
+ cur.execute('DELETE FROM status WHERE date = date(CURRENT_TIMESTAMP)')
for bp in blueprints:
#print 'Checking', bp
status = get_blueprint_status(bp)
if not work_items:
print >> sys.stderr, 'WARNING: %s has no work items' % bpname
- if not status:
- print >> sys.stderr, 'WARNING: %s has no status' % bpname
- for (item, state) in work_items:
- add_work_item(db, bpname, item, state)
+ for (item, state, assignee) in work_items:
+ add_work_item(db, bpname, item, state, assignee)
add_status(db, bpname, status)
def workitems_over_time(db):
data.setdefault(date, {})[s] = num
return data
-def blueprint_stats(db):
- '''Determine current blueprint stats.
+def blueprint_completion(db):
+ '''Determine current blueprint completion.
- Return blueprint -> [todo, done, postponed] mapping.
+ Return blueprint -> [todo, done, postponed, status] mapping.
'''
data = {}
for s in valid_states:
cur = db.cursor()
cur.execute('SELECT w.blueprint, count(w.workitem), s.status FROM work_items w '
- 'LEFT JOIN statuses s ON w.blueprint = s.blueprint '
+ 'LEFT JOIN status s ON w.blueprint = s.blueprint '
'WHERE w.status = ? AND w.date = ? GROUP BY w.blueprint',
(s, last_date))
for (bp, num, status) in cur:
- data.setdefault(bp, [0, 0, 0, ""])[index] = num
- data[bp][-1] = status
+ data.setdefault(bp, [0, 0, 0, ''])[index] = num
+ data[bp][-1] = status or ''
+ index += 1
+
+ return data
+
+def assignee_completion(db):
+ '''Determine current by-assignee completion.
+
+ Return assignee -> [todo, done, postponed] mapping.
+ '''
+ data = {}
+
+ # last date
+ cur = db.cursor()
+ cur.execute('SELECT max(date) FROM work_items')
+ (last_date,) = cur.fetchone()
+
+ index = 0
+ for s in valid_states:
+ cur = db.cursor()
+ cur.execute('SELECT assignee, count(workitem) FROM work_items '
+ 'WHERE date=? and status=? GROUP BY assignee',
+ (last_date, s))
+ for (a, num) in cur:
+ data.setdefault(a, [0, 0, 0])[index] = num
index += 1
return data
def text(db):
- '''Print work item stats as text.'''
+ '''Print work item completion as text.'''
data = workitems_over_time(db)
for d in sorted(data.keys()):
print d, data[d]
- print '\nBlueprint stats:'
- data = blueprint_stats(db)
+ print '\nBlueprint completion:'
+ data = blueprint_completion(db)
for (bp, (todo, done, postponed, status)) in data.iteritems():
# TODO print status
print '%s: %i/%i (%i%%)' % (bp, postponed+done, todo+done+postponed,
data = workitems_over_time(db)
dates = sorted(data.keys())
+ if not dates:
+ return
f = _fromstr(from_date or dates[0])
t = _fromstr(to_date or dates[-1])
<tr><th>Blueprint</th> <th>todo/postponed/done</th> <th>Completion</th> <th>Status</th></tr>
'''
- data = blueprint_stats(db)
+ data = blueprint_completion(db)
completion = []
for (bp, (todo, done, postponed, status)) in data.iteritems():
completion.sort(key=lambda k: k[1], reverse=True)
for (bp, percent) in completion:
- print ' <tr><td><a href="%s/ubuntu/+spec/%s">%s</a></td> <td>%i/%i/%i</td> <td>%i%%</td> <td>%s</td></tr>' % (
- blueprints_base_url, bp, bp, data[bp][0], data[bp][2],
+ if bp.startswith('http:'):
+ url = bp
+ else:
+ url = '%s/ubuntu/+spec/%s' % (blueprints_base_url, bp)
+ print ' <tr><td><a href="%s">%s</a></td> <td>%i/%i/%i</td> <td>%i%%</td> <td>%s</td></tr>' % (
+ url, bp, data[bp][0], data[bp][2],
data[bp][1], percent,
data[bp][-1])
print '</table>'
+ print '''
+<h1>Status by assignee</h1>
+<table>
+ <tr><th>Assignee</th> <th>todo/postponed/done</th> <th>Completion</th></tr>
+'''
+ data = assignee_completion(db)
+
+ completion = []
+ for (a, (todo, done, postponed)) in data.iteritems():
+ completion.append((a,
+ int(float(postponed+done)/(todo+done+postponed)*100 + 0.5)))
+
+ completion.sort(key=lambda k: k[0], reverse=False)
+
+ for (a, percent) in completion:
+ url = '%s/~%s/+specs?role=assignee' % (blueprints_base_url, a)
+ print ' <tr><td><a href="%s">%s</a></td> <td>%i/%i/%i</td> <td>%i%%</td></tr>' % (
+ url, a, data[a][0], data[a][2],
+ data[a][1], percent)
+ print '</table>'
+
print '</body></html>'
def import_moin(db, urls):
for url in urls:
for (d, s) in get_moin_workitems(url):
- add_work_item(db, url, d, s)
+ add_work_item(db, url, d, s, 'nobody')
#
# main
projects / bin.git / blobdiff