%s

' % (i[0], i[2]) for g in generations: print >>file, '

' % (i[0], g, i[0], g) print >>file, '

' print >>file, '' file.close() reports = [ ('torrents', 'num', 'number of torrents in different torrent states', ['downloading torrents', 'seeding torrents', 'checking torrents', 'stopped torrents', 'upload-only torrents', 'error torrents']), ('peers', 'num', 'num connected peers', ['peers', 'connecting peers', 'connection attempts', 'banned peers', 'max connections']), ('connect_candidates', 'num', 'number of peers we know of that we can connect to', ['connect candidates']), ('peers_list_size', 'num', 'number of known peers (not necessarily connected)', ['num list peers']), ('overall_rates', 'Bytes / second', 'download and upload rates', ['uploaded bytes', 'downloaded bytes', 'upload rate', 'download rate', 'smooth upload rate', 'smooth download rate']), ('disk_write_queue', 'Bytes', 'bytes queued up by peers, to be written to disk', ['disk write queued bytes', 'disk queue limit', 'disk queue low watermark']), ('peers_upload', 'num', 'number of peers by state wrt. uploading', ['peers up interested', 'peers up unchoked', 'peers up requests', 'peers disk-up', 'peers bw-up', 'max unchoked']), ('peers_download', 'num', 'number of peers by state wrt. downloading', ['peers down interesting', 'peers down unchoked', 'peers down requests', 'peers disk-down', 'peers bw-down']), ('peer_errors', 'num', 'number of peers by error that disconnected them', ['error peers', 'peer disconnects', 'peers eof', 'peers connection reset', 'connect timeouts', 'uninteresting peers disconnect', 'banned for hash failure']), ('waste', '% of all downloaded bytes', 'proportion of all downloaded bytes that were wasted', ['% failed payload bytes', '% wasted payload bytes', '% protocol bytes']), ('average_disk_time_absolute', 'microseconds', 'running averages of timings of disk operations', ['disk read time', 'disk write time', 'disk queue time', 'disk hash time', 'disk job time', 'disk sort time']), ('disk_time', '% of total disk job time', 'proportion of time spent by the disk thread', ['% read time', '% write time', '% hash time', '% sort time']), ('disk_cache_hits', 'blocks (16kiB)', '', ['disk block read', 'read cache hits', 'disk block written', 'disk read back']), ('disk_cache', 'blocks (16kiB)', 'disk cache size and usage', ['read disk cache size', 'disk cache size', 'disk buffer allocations', 'cache size']), ('disk_readback', '% of written blocks', 'portion of written blocks that had to be read back for hash verification', ['% read back']), ('disk_queue', 'number of queued disk jobs', 'queued disk jobs', ['disk queue size', 'disk read queue size', 'read job queue size limit']), # ('absolute_waste', 'num', '', ['failed bytes', 'redundant bytes', 'download rate']), #somewhat uninteresting stats ('tick_rate', 'milliseconds between ticks', '', ['tick interval', 'tick residual']), ('peer_dl_rates', 'num', 'peers split into download rate buckets', ['peers down 0', 'peers down 0-2', 'peers down 2-5', 'peers down 5-10', 'peers down 50-100', 'peers down 100-']), ('peer_dl_rates2', 'num', 'peers split into download rate buckets (only downloading peers)', ['peers down 0-2', 'peers down 2-5', 'peers down 5-10', 'peers down 50-100', 'peers down 100-']), ('peer_ul_rates', 'num', 'peers split into upload rate buckets', ['peers up 0', 'peers up 0-2', 'peers up 2-5', 'peers up 5-10', 'peers up 50-100', 'peers up 100-']), ('peer_ul_rates2', 'num', 'peers split into upload rate buckets (only uploading peers)', ['peers up 0-2', 'peers up 2-5', 'peers up 5-10', 'peers up 50-100', 'peers up 100-']), ('piece_picker_end_game', 'blocks', '', ['end game piece picker blocks', 'piece picker blocks', 'piece picks', 'reject piece picks', 'unchoke piece picks', 'incoming redundant piece picks', 'incoming piece picks', 'end game piece picks', 'snubbed piece picks']), ('piece_picker', 'blocks', '', ['piece picks', 'reject piece picks', 'unchoke piece picks', 'incoming redundant piece picks', 'incoming piece picks', 'end game piece picks', 'snubbed piece picks']), ] print 'generating graphs' log_file_path, log_file = os.path.split(sys.argv[1]) # count the number of log files (generations) log_file_list = log_file.split('.') g = int(log_file_list[1]) generations = [] while os.path.exists(os.path.join(log_file_path, log_file)): print '[%s] %04d\r[' % (' ' * len(reports), g), for i in reports: gen_report(i[0], i[1], i[3], g, os.path.join(log_file_path, log_file)) print '' generations.append(g) g += 1 log_file_list[1] = '%04d' % g log_file = '.'.join(log_file_list) print 'generating html' gen_html(reports, generations)