def test_get_reports(self):
data = debbugs.get_reports('reportbug', timeout=60)
self.assertGreater(data[0], 0)
def test_bts796759(self):
# verify accessing WNPP happens correctly, now that BTS
# access has to be done in batches
data = debbugs.get_reports('wnpp', 120, source=True)
self.assertGreater(data[0], 0)
def test_get_reports(self):
data = debbugs.get_reports("reportbug", timeout=60)
self.assertGreater(data[0], 0)
def handle_bts_query(package, bts, timeout, mirrors=None, http_proxy="",
queryonly=False, title="", screen=None, archived='no',
source=False, version=None, mbox=False, buglist=None,
mbox_reader_cmd=None, latest_first=False):
root = debbugs.SYSTEMS[bts].get('btsroot')
if not root:
ewrite('%s bug tracking system has no web URL; bypassing query\n',
debbugs.SYSTEMS[bts]['name'])
return
srcstr = ""
if source:
srcstr = " (source)"
if isinstance(package, basestring):
long_message('Querying %s BTS for reports on %s%s...\n',
debbugs.SYSTEMS[bts]['name'], package, srcstr)
else:
long_message('Querying %s BTS for reports on %s%s...\n',
debbugs.SYSTEMS[bts]['name'],
' '.join([str(x) for x in package]), srcstr)
bugs = []
try:
(count, title, hierarchy)=debbugs.get_reports(
package, timeout, bts, mirrors=mirrors, version=version,
source=source, http_proxy=http_proxy, archived=archived)
# If there's no report, then skip all the rest
if not count:
if hierarchy == None:
raise NoPackage
else:
raise NoBugs
hierarchy_new = []
if mbox:
mboxbuglist = []
for entry in hierarchy:
for bug in entry[1]:
mboxbuglist.append(bug.bug_num)
return mboxbuglist
if buglist:
for entry in hierarchy:
# second item is a list of bugs report
for bug in entry[1]:
msg = "#%d %s" %(bug.bug_num, bug.subject)
msg = msg.encode(charset, 'replace')
print msg
sys.exit(0)
for entry in hierarchy:
# first item is the title of the section
entry_new = entry[0]
bugs_new = {}
bugs_numbers = []
# XXX: we can probably simplify this code, with some lists
# generations and map()
# second item is a list of bugs report
for bug in entry[1]:
# show if the bugs is already resolved
done = ''
if bug.pending == 'done':
done = ' [RESOLVED]'
# we take the info we need (bug number and subject)
# we use a dict so it's easy to sort the keys and then values
bugs_new[bug.bug_num] = "%s%s" % (bug.subject, done)
# and at the same time create a list of bugs numbers
bugs_numbers.append(bug.bug_num)
# then we sort both the lists
hierarchy_new.append((entry_new, ["#%d %s" % (k, bugs_new[k]) for k in sorted(bugs_new.keys(), reverse=latest_first)]))
bugs.extend(sorted(bugs_numbers, reverse=latest_first))
# replace old hierarchy with hierarchy_new
hierarchy = hierarchy_new
if not count:
if hierarchy == None:
raise NoPackage
else:
raise NoBugs
elif count == 1:
ewrite('%d bug report found:\n\n', count)
else:
ewrite('%d bug reports found:\n\n', count)
return browse_bugs(hierarchy, count, bugs, bts, queryonly,
mirrors, http_proxy, timeout, screen, title, package,
mbox_reader_cmd)
except (IOError, NoNetwork):
ewrite('Unable to connect to %s BTS; ', debbugs.SYSTEMS[bts]['name'])
res = select_options('continue', 'yN',
{'y': 'Keep going.',
'n': 'Abort.'})
if res == 'n':
raise NoNetwork
except NoPackage:
long_message('No record of this package found.')
raise NoPackage
def handle_bts_query(package,
bts,
timeout,
mirrors=None,
http_proxy="",
queryonly=False,
screen=None,
title="",
archived='no',
source=False,
version=None,
mbox=False,
buglist=None,
mbox_reader_cmd=None,
latest_first=False):
from reportbug import debbugs
sysinfo = debbugs.SYSTEMS[bts]
root = sysinfo.get('btsroot')
if not root:
ewrite("%s bug tracking system has no web URL; bypassing query.\n",
sysinfo['name'])
return
ui = screen
if not ui:
ui = initialize_urwid_ui()
if isinstance(package, str):
pkgname = package
if source:
pkgname += ' (source)'
display_message('Querying %s bug tracking system for reports on %s',
debbugs.SYSTEMS[bts]['name'],
pkgname,
ui=ui,
title=title)
else:
display_message('Querying %s bug tracking system for reports %s',
debbugs.SYSTEMS[bts]['name'],
' '.join([str(x) for x in package]),
ui=ui,
title=title)
result = None
try:
(count, sectitle,
hierarchy) = debbugs.get_reports(package,
timeout,
bts,
mirrors=mirrors,
version=version,
http_proxy=http_proxy,
archived=archived,
source=source)
except Exception as e:
ui.run_wrapper(nullfunc)
long_message('Unable to connect to %s BTS.',
sysinfo['name'],
title=title)
raise NoBugs
try:
if not count:
ui.run_wrapper(nullfunc)
if hierarchy is None:
raise NoPackage
else:
raise NoBugs
else:
if count > 1:
sectitle = '%d bug reports found' % (count, )
else:
sectitle = '%d bug report found' % (count, )
buglist = []
for (t, bugs) in hierarchy:
bcount = len(bugs)
buglist.append(('---', t))
buglist_tmp = {}
for bug in bugs:
# show if the bugs is already resolved
done = ''
if bug.pending == 'done':
done = ' [RESOLVED]'
buglist_tmp[bug.bug_num] = bug.subject + done
# append the sorted list of bugs for this severity
list(
map(buglist.append,
[(str(k), buglist_tmp[k])
for k in sorted(buglist_tmp, reverse=latest_first)]))
p = buglist[1][0]
# scr.popWindow()
if queryonly:
cancellabel = 'Exit'
quitlabel = None
else:
cancellabel = 'New bug'
quitlabel = 'Quit'
while True:
info = int(
menu(
'Select a bug to read (and possibly report more information) or report a new bug:',
buglist,
'',
ui=ui,
title=sectitle,
default=p,
oklabel='Read bug',
cancellabel=cancellabel,
quitlabel=quitlabel))
ui = None
if info < 0:
if info == -1:
result = None
# -2 is the Quit response, triggers the exiting way in main
elif info == -2:
raise NoReport
else:
# uniform to return Bugreport instance
result = debbugs.get_report(info, timeout)[0]
break
else:
res = show_report(info,
bts,
mirrors,
http_proxy,
timeout,
queryonly=queryonly)
if res:
result = res
break
except NoPackage:
ui.run_wrapper(nullfunc)
long_message('No record of this package found.', title=title)
raise NoPackage
# we didn't find a report; we access Bugreport thru debbugs,
# so to avoid and import of debianbts
if result and not isinstance(result, debbugs.debianbts.Bugreport):
raise NoReport
return result
def handle_bts_query(package,
bts,
timeout,
mirrors=None,
http_proxy="",
queryonly=False,
title="",
screen=None,
archived='no',
source=False,
version=None,
mbox=False,
buglist=None,
mbox_reader_cmd=None,
latest_first=False):
root = debbugs.SYSTEMS[bts].get('btsroot')
if not root:
ewrite('%s bug tracking system has no web URL; bypassing query\n',
debbugs.SYSTEMS[bts]['name'])
return
srcstr = ""
if source:
srcstr = " (source)"
if isinstance(package, basestring):
long_message('Querying %s BTS for reports on %s%s...\n',
debbugs.SYSTEMS[bts]['name'], package, srcstr)
else:
long_message('Querying %s BTS for reports on %s%s...\n',
debbugs.SYSTEMS[bts]['name'],
' '.join([str(x) for x in package]), srcstr)
bugs = []
try:
(count, title, hierarchy) = debbugs.get_reports(package,
timeout,
bts,
mirrors=mirrors,
version=version,
source=source,
http_proxy=http_proxy,
archived=archived)
# If there's no report, then skip all the rest
if not count:
if hierarchy == None:
raise NoPackage
else:
raise NoBugs
hierarchy_new = []
if mbox:
mboxbuglist = []
for entry in hierarchy:
for bug in entry[1]:
mboxbuglist.append(bug.bug_num)
return mboxbuglist
if buglist:
for entry in hierarchy:
# second item is a list of bugs report
for bug in entry[1]:
msg = "#%d %s" % (bug.bug_num, bug.subject)
msg = msg.encode(charset, 'replace')
print msg
sys.exit(0)
for entry in hierarchy:
# first item is the title of the section
entry_new = entry[0]
bugs_new = {}
bugs_numbers = []
# XXX: we can probably simplify this code, with some lists
# generations and map()
# second item is a list of bugs report
for bug in entry[1]:
# show if the bugs is already resolved
done = ''
if bug.pending == 'done':
done = ' [RESOLVED]'
# we take the info we need (bug number and subject)
# we use a dict so it's easy to sort the keys and then values
bugs_new[bug.bug_num] = "%s%s" % (bug.subject, done)
# and at the same time create a list of bugs numbers
bugs_numbers.append(bug.bug_num)
# then we sort both the lists
hierarchy_new.append((entry_new, [
"#%d %s" % (k, bugs_new[k])
for k in sorted(bugs_new.keys(), reverse=latest_first)
]))
bugs.extend(sorted(bugs_numbers, reverse=latest_first))
# replace old hierarchy with hierarchy_new
hierarchy = hierarchy_new
if not count:
if hierarchy == None:
raise NoPackage
else:
raise NoBugs
elif count == 1:
ewrite('%d bug report found:\n\n', count)
else:
ewrite('%d bug reports found:\n\n', count)
return browse_bugs(hierarchy, count, bugs, bts, queryonly, mirrors,
http_proxy, timeout, screen, title, package,
mbox_reader_cmd)
except (IOError, NoNetwork):
ewrite('Unable to connect to %s BTS; ', debbugs.SYSTEMS[bts]['name'])
res = select_options('continue', 'yN', {
'y': 'Keep going.',
'n': 'Abort.'
})
if res == 'n':
raise NoNetwork
except NoPackage:
long_message('No record of this package found.')
raise NoPackage
def handle_bts_query(package, bts, timeout, mirrors=None, http_proxy="",
queryonly=False, screen=None, title="", archived='no',
source=False, version=None, mbox=False, buglist=None,
mbox_reader_cmd=None, latest_first=False):
from reportbug import debbugs
sysinfo = debbugs.SYSTEMS[bts]
root = sysinfo.get('btsroot')
if not root:
ewrite("%s bug tracking system has no web URL; bypassing query.\n",
sysinfo['name'])
return
ui = screen
if not ui:
ui = initialize_urwid_ui()
if isinstance(package, basestring):
pkgname = package
if source:
pkgname += ' (source)'
display_message('Querying %s bug tracking system for reports on %s',
debbugs.SYSTEMS[bts]['name'], pkgname,
ui=ui, title=title)
else:
display_message('Querying %s bug tracking system for reports %s',
debbugs.SYSTEMS[bts]['name'],
' '.join([str(x) for x in package]), ui=ui,title=title)
result = None
try:
(count, sectitle, hierarchy) = debbugs.get_reports(
package, timeout, bts, mirrors=mirrors, version=version,
http_proxy=http_proxy, archived=archived, source=source)
if not count:
ui.run_wrapper(nullfunc)
if hierarchy == None:
raise NoPackage
else:
raise NoBugs
else:
if count > 1:
sectitle = '%d bug reports found' % (count,)
else:
sectitle = '%d bug report found' % (count,)
buglist = []
for (t, bugs) in hierarchy:
bcount = len(bugs)
buglist.append( ('---', t) )
buglist_tmp = {}
for bug in bugs:
# show if the bugs is already resolved
done = ''
if bug.pending == 'done':
done = ' [RESOLVED]'
buglist_tmp[bug.bug_num] = bug.subject+done
# append the sorted list of bugs for this severity
map(buglist.append, [(str(k), buglist_tmp[k]) for k in sorted(buglist_tmp, reverse=latest_first)])
p = buglist[1][0]
#scr.popWindow()
if queryonly:
cancellabel = 'Exit'
quitlabel = None
else:
cancellabel = 'New bug'
quitlabel='Quit'
while True:
info = menu('Select a bug to read (and possibly report more information) or report a new bug:', buglist,
'', ui=ui, title=sectitle, default=p,
oklabel='Read bug',
cancellabel=cancellabel,
quitlabel=quitlabel)
ui = None
if info < 0:
if info == -1:
result = None
# -2 is the Quit response, triggers the exiting way in main
elif info == -2:
raise NoReport
else:
# uniform to return Bugreport instance
result = debbugs.get_report(info, timeout)[0]
break
else:
p = info
res = show_report(int(p), bts, mirrors, http_proxy,
timeout, queryonly=queryonly)
if res:
result = res
break
except (IOError, NoNetwork):
ui.run_wrapper(nullfunc)
long_message('Unable to connect to %s BTS.', sysinfo['name'],
title=title)
except NoPackage:
ui.run_wrapper(nullfunc)
long_message('No record of this package found.', title=title)
raise NoPackage
# we didn't find a report; we access Bugreport thru debbugs,
# so to avoid and import of debianbts
if result and not isinstance(result, debbugs.debianbts.Bugreport):
raise NoReport
return result
