def _do_get_peer_agreements(options):
# Single request to a single host: unthreaded
pa = get_peer_agreements(options.hosts[0], options._u, options._p,
options.auids[0])
if pa is None:
print('No such AUID')
return
for peer_and_agreements_dict in pa:
peer = peer_and_agreements_dict['peerId']
singleton_agreements_dict = peer_and_agreements_dict['agreements']
agreements_list = singleton_agreements_dict['entry']
for agreement_dict in agreements_list:
agreement_type = agreement_dict['key']
agreement = agreement_dict['value']
percent_agreement = agreement['percentAgreement']
percent_agreement_timestamp = agreement[
'percentAgreementTimestamp']
highest_percent_agreement = agreement['highestPercentAgreement']
highest_percent_agreement_timestamp = agreement[
'highestPercentAgreementTimestamp']
_output_record(options, [
peer, agreement_type, percent_agreement,
datetimems(percent_agreement_timestamp),
highest_percent_agreement,
datetimems(highest_percent_agreement_timestamp)
])
def _do_get_peer_agreements(options):
pa = get_peer_agreements(options.host, options.auth, options.auid)
if pa is None:
print 'No such AUID'
return
for pae in pa:
for ae in pae.Agreements.Entry:
_output_record(options, [
pae.PeerId, ae.Key, ae.Value.PercentAgreement,
datetimems(ae.Value.PercentAgreementTimestamp),
ae.Value.HighestPercentAgreement,
datetimems(ae.Value.HighestPercentAgreementTimestamp)
])
def _do_get_peer_agreements(options):
pa = get_peer_agreements(options.host, options.auth, options.auid)
if pa is None:
print 'No such AUID'
return
for pae in pa:
for ae in pae.Agreements.Entry:
_output_record(options, [pae.PeerId, ae.Key, ae.Value.PercentAgreement, datetimems(ae.Value.PercentAgreementTimestamp), ae.Value.HighestPercentAgreement, datetimems(ae.Value.HighestPercentAgreementTimestamp)])
def _do_get_peer_agreements(options):
# Single request to a single host: unthreaded
pa = get_peer_agreements(options.hosts[0], options.auth, options.auids[0])
if pa is None:
print 'No such AUID'
return
for pae in pa:
for ae in pae.Agreements.Entry:
_output_record(options, [pae.PeerId, ae.Key, ae.Value.PercentAgreement, datetimems(ae.Value.PercentAgreementTimestamp), ae.Value.HighestPercentAgreement, datetimems(ae.Value.HighestPercentAgreementTimestamp)])
def _do_get_peer_agreements(options):
# Single request to a single host: unthreaded
pa = get_peer_agreements(options.hosts[0], options.auth, options.auids[0])
if pa is None:
print 'No such AUID'
return
for pae in pa:
for ae in pae.Agreements.Entry:
_output_record(options, [pae.PeerId, ae.Key, ae.Value.PercentAgreement, datetimems(ae.Value.PercentAgreementTimestamp), ae.Value.HighestPercentAgreement, datetimems(ae.Value.HighestPercentAgreementTimestamp)])
colkeys = [x for x in itertools.product(*lstcolkeys)]
for j in xrange(len(lstcolkeys)):
if j < len(lstcolkeys) - 1: rowpart = [''] * len(rowheaders)
else: rowpart = rowheaders
_output_record(options, rowpart + [x[j] for x in colkeys])
for rowkey in sorted(set([k[0] for k in data])):
_output_record(options, list(rowkey) + [data.get((rowkey, colkey)) for colkey in colkeys])
_AU_STATUS = {
'accessType': ('Access type', lambda r: r.AccessType),
'availableFromPublisher': ('Available from publisher', lambda r: r.AvailableFromPublisher),
'contentSize': ('Content size', lambda r: r.ContentSize),
'crawlPool': ('Crawl pool', lambda r: r.CrawlPool),
'crawlProxy': ('Crawl proxy', lambda r: r.CrawlProxy),
'crawlWindow': ('Crawl window', lambda r: r.CrawlWindow),
'creationTime': ('Creation time', lambda r: datetimems(r.CreationTime)),
'currentlyCrawling': ('Currently crawling', lambda r: r.CurrentlyCrawling),
'currentlyPolling': ('Currently polling', lambda r: r.CurrentlyPolling),
'diskUsage': ('Disk usage', lambda r: r.DiskUsage),
'journalTitle': ('Journal title', lambda r: r.JournalTitle),
'lastCompletedCrawl': ('Last completed crawl', lambda r: datetimems(r.LastCompletedCrawl)),
'lastCompletedPoll': ('Last completed poll', lambda r: datetimems(r.LastCompletedPoll)),
'lastCrawl': ('Last crawl', lambda r: datetimems(r.LastCrawl)),
'lastCrawlResult': ('Last crawl result', lambda r: r.LastCrawlResult),
'lastPoll': ('Last poll', lambda r: datetimems(r.LastPoll)),
'lastPollResult': ('Last poll result', lambda r: r.LastPollResult),
'pluginName': ('Plugin name', lambda r: r.PluginName),
'publisher': ('Publisher', lambda r: r.Publisher),
'publishingPlatform': ('Publishing platform', lambda r: r.PublishingPlatform),
'recentPollAgreement': ('Recent poll agreement', lambda r: r.RecentPollAgreement),
'repository': ('Repository', lambda r: r.Repository),
_output_record(options, rowpart + [x[j] for x in colkeys])
for rowkey in sorted(set([k[0] for k in data])):
_output_record(
options,
list(rowkey) + [data.get((rowkey, colkey)) for colkey in colkeys])
_AU_STATUS = {
'accessType': ('Access type', lambda r: r.AccessType),
'availableFromPublisher':
('Available from publisher', lambda r: r.AvailableFromPublisher),
'contentSize': ('Content size', lambda r: r.ContentSize),
'crawlPool': ('Crawl pool', lambda r: r.CrawlPool),
'crawlProxy': ('Crawl proxy', lambda r: r.CrawlProxy),
'crawlWindow': ('Crawl window', lambda r: r.CrawlWindow),
'creationTime': ('Creation time', lambda r: datetimems(r.CreationTime)),
'currentlyCrawling': ('Currently crawling', lambda r: r.CurrentlyCrawling),
'currentlyPolling': ('Currently polling', lambda r: r.CurrentlyPolling),
'diskUsage': ('Disk usage', lambda r: r.DiskUsage),
'journalTitle': ('Journal title', lambda r: r.JournalTitle),
'lastCompletedCrawl':
('Last completed crawl', lambda r: datetimems(r.LastCompletedCrawl)),
'lastCompletedPoll':
('Last completed poll', lambda r: datetimems(r.LastCompletedPoll)),
'lastCrawl': ('Last crawl', lambda r: datetimems(r.LastCrawl)),
'lastCrawlResult': ('Last crawl result', lambda r: r.LastCrawlResult),
'lastPoll': ('Last poll', lambda r: datetimems(r.LastPoll)),
'lastPollResult': ('Last poll result', lambda r: r.LastPollResult),
'pluginName': ('Plugin name', lambda r: r.PluginName),
'publisher': ('Publisher', lambda r: r.Publisher),
'publishingPlatform':
for rowkey in sorted(set([k[0] for k in data])):
_output_record(
options,
list(rowkey) + [data.get((rowkey, colkey)) for colkey in colkeys])
_AU_STATUS = {
'accessType': ('Access type', lambda r: r.get('accessType')),
'availableFromPublisher':
('Available from publisher', lambda r: r.get('availableFromPublisher')),
'contentSize': ('Content size', lambda r: r.get('contentSize')),
'crawlPool': ('Crawl pool', lambda r: r.get('crawlPool')),
'crawlProxy': ('Crawl proxy', lambda r: r.get('crawlProxy')),
'crawlWindow': ('Crawl window', lambda r: r.get('crawlWindow')),
'creationTime':
('Creation time', lambda r: datetimems(r.get('creationTime'))),
'currentlyCrawling': ('Currently crawling',
lambda r: r.get('currentlyCrawling')),
'currentlyPolling': ('Currently polling',
lambda r: r.get('currentlyPolling')),
'diskUsage': ('Disk usage', lambda r: r.get('diskUsage')),
'journalTitle': ('Journal title', lambda r: r.get('journalTitle')),
'lastCompletedCrawl': ('Last completed crawl',
lambda r: datetimems(r.get('lastCompletedCrawl'))),
'lastCompletedPoll': ('Last completed poll',
lambda r: datetimems(r.get('lastCompletedPoll'))),
'lastCrawl': ('Last crawl', lambda r: datetimems(r.get('lastCrawl'))),
'lastCrawlResult': ('Last crawl result',
lambda r: r.get('lastCrawlResult')),
'lastCompletedDeepCrawl':
('Last completed deep crawl',
_output_record(options, list(rowkey) + [data.get((rowkey, colkey)) for colkey in colkeys])
# Last modified 2015-08-31
def _file_lines(fstr):
with open(os.path.expanduser(fstr)) as f: ret = filter(lambda y: len(y) > 0, [x.partition('#')[0].strip() for x in f])
if len(ret) == 0: sys.exit('Error: %s contains no meaningful lines' % (fstr,))
return ret
_AU_STATUS = {
'accessType': ('Access type', lambda r: r.AccessType),
'availableFromPublisher': ('Available from publisher', lambda r: r.AvailableFromPublisher),
'contentSize': ('Content size', lambda r: r.ContentSize),
'crawlPool': ('Crawl pool', lambda r: r.CrawlPool),
'crawlProxy': ('Crawl proxy', lambda r: r.CrawlProxy),
'crawlWindow': ('Crawl window', lambda r: r.CrawlWindow),
'creationTime': ('Creation time', lambda r: datetimems(r.CreationTime)),
'currentlyCrawling': ('Currently crawling', lambda r: r.CurrentlyCrawling),
'currentlyPolling': ('Currently polling', lambda r: r.CurrentlyPolling),
'diskUsage': ('Disk usage', lambda r: r.DiskUsage),
'journalTitle': ('Journal title', lambda r: r.JournalTitle),
'lastCompletedCrawl': ('Last completed crawl', lambda r: datetimems(r.LastCompletedCrawl)),
'lastCompletedPoll': ('Last completed poll', lambda r: datetimems(r.LastCompletedPoll)),
'lastCrawl': ('Last crawl', lambda r: datetimems(r.LastCrawl)),
'lastCrawlResult': ('Last crawl result', lambda r: r.LastCrawlResult),
'lastCompletedDeepCrawl': ('Last completed deep crawl', lambda r: datetimems(r.LastCompletedDeepCrawl)),
'lastDeepCrawl': ('Last deep crawl', lambda r: datetimems(r.LastDeepCrawl)),
'lastDeepCrawlResult': ('Last deep crawl result', lambda r: r.LastDeepCrawlResult),
'lastCompletedDeepCrawlDepth': ('Last completed deep crawl depth', lambda r: r.LastCompletedDeepCrawlDepth),
'lastPoll': ('Last poll', lambda r: datetimems(r.LastPoll)),
'lastPollResult': ('Last poll result', lambda r: r.LastPollResult),
'lastMetadataIndex': ('Last metadata index', lambda r: datetimems(r.LastMetadataIndex)),