def _stats(params):
from contacts import contactsdb
from p2p import contact_status
from lib import diskspace
result = {}
result['suppliers'] = contactsdb.num_suppliers()
result['max_suppliers'] = settings.getSuppliersNumberDesired()
result['online_suppliers'] = contact_status.countOnlineAmong(
contactsdb.suppliers())
result['customers'] = contactsdb.num_customers()
result['bytes_donated'] = settings.getDonatedBytes()
result['value_donated'] = diskspace.MakeStringFromBytes(
settings.getDonatedBytes())
result['bytes_needed'] = settings.getNeededBytes()
result['value_needed'] = diskspace.MakeStringFromBytes(
settings.getNeededBytes())
result['bytes_used_total'] = backup_fs.sizebackups()
result['value_used_total'] = diskspace.MakeStringFromBytes(
backup_fs.sizebackups())
result['bytes_used_supplier'] = 0 if (
contactsdb.num_suppliers() == 0) else (int(backup_fs.sizebackups() /
contactsdb.num_suppliers()))
result['bytes_indexed'] = backup_fs.sizefiles() + backup_fs.sizefolders()
result['files_count'] = backup_fs.numberfiles()
result['folders_count'] = backup_fs.numberfolders()
result['items_count'] = backup_fs.counter()
result['timestamp'] = time.time()
return {
'result': result,
}
def report_consumed_storage():
result = {}
result['suppliers_num'] = contactsdb.num_suppliers()
result['needed'] = settings.getNeededBytes()
# result['needed_str'] = diskspace.MakeStringFromBytes(result['needed'])
result['used'] = int(backup_fs.sizebackups() / 2)
# result['used_str'] = diskspace.MakeStringFromBytes(result['used'])
result['available'] = result['needed'] - result['used']
# result['available_str'] = diskspace.MakeStringFromBytes(result['available'])
result['needed_per_supplier'] = 0
result['used_per_supplier'] = 0
result['available_per_supplier'] = 0
if result['suppliers_num'] > 0:
result['needed_per_supplier'] = int(
math.ceil(2.0 * result['needed'] / result['suppliers_num']))
result['used_per_supplier'] = int(
math.ceil(2.0 * result['used'] / result['suppliers_num']))
result['available_per_supplier'] = result[
'needed_per_supplier'] - result['used_per_supplier']
# result['needed_per_supplier_str'] = diskspace.MakeStringFromBytes(result['needed_per_supplier'])
# result['used_per_supplier_str'] = diskspace.MakeStringFromBytes(result['used_per_supplier'])
# result['available_per_supplier_str'] = diskspace.MakeStringFromBytes(result['available_per_supplier'])
try:
result['used_percent'] = misc.value2percent(float(result['used']),
float(result['needed']))
except:
result['used_percent'] = '0%'
return result
def _stats(params):
from contacts import contactsdb
from p2p import contact_status
from lib import diskspace
result = {}
result['suppliers'] = contactsdb.num_suppliers()
result['max_suppliers'] = settings.getSuppliersNumberDesired()
result['online_suppliers'] = contact_status.countOnlineAmong(contactsdb.suppliers())
result['customers'] = contactsdb.num_customers()
result['bytes_donated'] = settings.getDonatedBytes()
result['value_donated'] = diskspace.MakeStringFromBytes(settings.getDonatedBytes())
result['bytes_needed'] = settings.getNeededBytes()
result['value_needed'] = diskspace.MakeStringFromBytes(settings.getNeededBytes())
result['bytes_used_total'] = backup_fs.sizebackups()
result['value_used_total'] = diskspace.MakeStringFromBytes(backup_fs.sizebackups())
result['bytes_used_supplier'] = 0 if (contactsdb.num_suppliers() == 0) else (int(backup_fs.sizebackups() / contactsdb.num_suppliers()))
result['bytes_indexed'] = backup_fs.sizefiles() + backup_fs.sizefolders()
result['files_count'] = backup_fs.numberfiles()
result['folders_count'] = backup_fs.numberfolders()
result['items_count'] = backup_fs.counter()
result['timestamp'] = time.time()
return {'result': result, }
def report_consumed_storage():
result = {}
result['suppliers_num'] = contactsdb.num_suppliers()
result['needed'] = settings.getNeededBytes()
result['needed_str'] = diskspace.MakeStringFromBytes(result['needed'])
result['used'] = int(backup_fs.sizebackups() / 2)
result['used_str'] = diskspace.MakeStringFromBytes(result['used'])
result['available'] = result['needed'] - result['used']
result['available_str'] = diskspace.MakeStringFromBytes(result['available'])
result['needed_per_supplier'] = 0
result['used_per_supplier'] = 0
result['available_per_supplier'] = 0
if result['suppliers_num'] > 0:
result['needed_per_supplier'] = int(math.ceil(2.0 * result['needed'] / result['suppliers_num']))
result['used_per_supplier'] = int(math.ceil(2.0 * result['used'] / result['suppliers_num']))
result['available_per_supplier'] = result['needed_per_supplier'] - result['used_per_supplier']
result['needed_per_supplier_str'] = diskspace.MakeStringFromBytes(result['needed_per_supplier'])
result['used_per_supplier_str'] = diskspace.MakeStringFromBytes(result['used_per_supplier'])
result['available_per_supplier_str'] = diskspace.MakeStringFromBytes(result['available_per_supplier'])
try:
result['used_percent'] = misc.percent2string(float(result['used']) / float(result['needed']))
except:
result['used_percent'] = '0%'
return result
