def test_functions(self):
get_switch_list()
get_hangupcause_name(self.hangupcause.pk)
get_hangupcause_name(2)
get_hangupcause_id(self.hangupcause.code)
# Template tags
hangupcause_name_with_title(self.hangupcause.pk)
get_country_id_prefix(['44', '442'])
def test_functions(self):
get_switch_list()
get_hangupcause_name(self.hangupcause.pk)
get_hangupcause_name(2)
get_hangupcause_id(self.hangupcause.code)
# Template tags
hangupcause_name_with_title(self.hangupcause.pk)
get_country_id_prefix(['44', '442'])
def test_functions(self):
get_switch_list()
get_hangupcause_name(self.hangupcause.pk)
get_hangupcause_name(2)
get_hangupcause_id(self.hangupcause.code)
# Template tags
hangupcause_name_with_title(self.hangupcause.pk)
value = {'_id': {'val': 1}}
mongo_id(value, 'val')
get_hc_list()
get_country_id(['44', '442'])
def test_functions(self):
get_switch_list()
get_hangupcause_name(self.hangupcause.pk)
get_hangupcause_name(2)
get_hangupcause_id(self.hangupcause.code)
# Template tags
hangupcause_name_with_title(self.hangupcause.pk)
value = {'_id': {'val': 1}}
mongo_id(value, 'val')
get_hc_list()
get_country_id(['44', '442'])
def test_functions(self):
get_switch_list()
get_hangupcause_name(self.hangupcause.pk)
get_hangupcause_name(2)
get_hangupcause_id(self.hangupcause.code)
# Template tags
hangupcause_name_with_title(self.hangupcause.pk)
value = {'_id': {'val': 1}}
mongo_id(value, 'val')
seen_unseen(value)
seen_unseen('')
seen_unseen_word(value)
seen_unseen_word('')
def translate_disposition(disposition):
"""
function to convert asterisk disposition to a internal hangup_cause_id
"""
try:
id_disposition = DICT_DISPOSITION.get(disposition.encode("utf-8"), 0)
transdisposition = DISPOSITION_TRANSLATION[id_disposition]
except:
transdisposition = 0
hangup_cause_id = get_hangupcause_id(transdisposition)
return hangup_cause_id
def translate_disposition(disposition):
"""
function to convert asterisk disposition to a internal hangup_cause_id
"""
try:
id_disposition = DICT_DISPOSITION.get(
disposition.encode("utf-8"), 0)
transdisposition = DISPOSITION_TRANSLATION[id_disposition]
except:
transdisposition = 0
hangup_cause_id = get_hangupcause_id(transdisposition)
return hangup_cause_id
def run_alarm(alarm_obj, logger):
"""Alarm object"""
if alarm_obj.type == ALARM_TYPE.ALOC: # ALOC (average length of call)
logger.debug('ALOC (average length of call)')
# return start and end date of previous/current day
dt_list = get_start_end_date(alarm_obj.alert_condition_add_on)
# Previous date data
query_var = {}
query_var['metadata.date'] = {
'$gte': dt_list['p_start_date'],
'$lte': dt_list['p_end_date']
}
pipeline = pipeline_cdr_alert_task(query_var)
pre_total_data = settings.DBCON.command(
'aggregate',
settings.MONGO_CDRSTATS['DAILY_ANALYTIC'],
pipeline=pipeline)
pre_day_data = {}
for doc in pre_total_data['result']:
pre_date = dt_list['p_start_date']
pre_day_data[pre_date.strftime('%Y-%m-%d')] = doc['duration_avg']
if alarm_obj.alert_condition == ALERT_CONDITION.IS_LESS_THAN or \
alarm_obj.alert_condition == ALERT_CONDITION.IS_GREATER_THAN:
chk_alert_value(alarm_obj, doc['duration_avg'])
else:
previous_date_duration = doc['duration_avg']
# Current date data
query_var = {}
query_var['metadata.date'] = {
'$gte': dt_list['c_start_date'],
'$lte': dt_list['c_end_date']
}
# current date
pipeline = pipeline_cdr_alert_task(query_var)
cur_total_data = settings.DBCON.command(
'aggregate',
settings.MONGO_CDRSTATS['DAILY_ANALYTIC'],
pipeline=pipeline)
cur_day_data = {}
for doc in cur_total_data['result']:
cur_date = dt_list['c_start_date']
cur_day_data[cur_date.strftime('%Y-%m-%d')] = doc['duration_avg']
if alarm_obj.alert_condition == ALERT_CONDITION.IS_LESS_THAN or \
alarm_obj.alert_condition == ALERT_CONDITION.IS_GREATER_THAN:
chk_alert_value(alarm_obj, doc['duration_avg'])
else:
current_date_duration = doc['duration_avg']
chk_alert_value(alarm_obj, current_date_duration,
previous_date_duration)
if alarm_obj.type == ALARM_TYPE.ASR: # ASR (Answer Seize Ratio)
logger.debug('ASR (Answer Seize Ratio)')
# return start and end date of previous/current day
dt_list = get_start_end_date(alarm_obj.alert_condition_add_on)
# hangup_cause_q850 - 16 - NORMAL_CLEARING
hangup_cause_q850 = 16
# Previous date data
query_var = {}
query_var['start_uepoch'] = {
'$gte': dt_list['p_start_date'],
'$lte': dt_list['p_end_date']
}
pre_total_record = cdr_data.find(query_var).count()
query_var['hangup_cause_id'] = get_hangupcause_id(hangup_cause_q850)
pre_total_answered_record = cdr_data.find(query_var).count()
previous_asr = pre_total_answered_record / pre_total_record
if alarm_obj.alert_condition == ALERT_CONDITION.IS_LESS_THAN or \
alarm_obj.alert_condition == ALERT_CONDITION.IS_GREATER_THAN:
chk_alert_value(alarm_obj, previous_asr)
else:
previous_asr = previous_asr
# Current date data
query_var = {}
query_var['start_uepoch'] = {
'$gte': dt_list['c_start_date'],
'$lte': dt_list['c_end_date']
}
cur_total_record = cdr_data.find(query_var).count()
query_var['hangup_cause_id'] = get_hangupcause_id(hangup_cause_q850)
cur_total_answered_record = cdr_data.find(query_var).count()
current_asr = cur_total_answered_record / cur_total_record
if alarm_obj.alert_condition == ALERT_CONDITION.IS_LESS_THAN or \
alarm_obj.alert_condition == ALERT_CONDITION.IS_GREATER_THAN:
chk_alert_value(alarm_obj, current_asr)
else:
chk_alert_value(alarm_obj, current_asr, previous_asr)
return True
def import_cdr(self, request):
"""Add custom method in django admin view to import CSV file of
cdr
**Attributes**:
* ``form`` - CDR_FileImport
* ``template`` - admin/cdr/switch/import_cdr.html
**Logic Description**:
**Important variable**:
* total_rows - Total no. of records in the CSV file
* retail_record_count - No. of records which are imported from
The CSV file
"""
opts = Switch._meta
app_label = opts.app_label
rdr = '' # will contain CSV data
msg = ''
success_import_list = []
error_import_list = []
type_error_import_list = []
if request.method == 'POST':
form = CDR_FileImport(request.user, request.POST, request.FILES)
if form.is_valid():
field_list = {}
field_notin_list = []
for i in CDR_FIELD_LIST:
if int(request.POST[i]) != 0:
field_list[i] = int(request.POST[i])
else:
field_notin_list.append((i))
# perform sorting & get unique order list
countMap = {}
for v in field_list.itervalues():
countMap[v] = countMap.get(v, 0) + 1
uni = [(k, v) for k, v in field_list.iteritems() if countMap[v] == 1]
uni = sorted(uni, key=lambda uni: uni[1])
# if order list matched with CDR_FIELD_LIST count
if len(uni) == len(CDR_FIELD_LIST) - len(field_notin_list):
# To count total rows of CSV file
records = csv.reader(
request.FILES['csv_file'], delimiter=',', quotechar='"')
total_rows = len(list(records))
rdr = csv.reader(
request.FILES['csv_file'], delimiter=',', quotechar='"')
cdr_record_count = 0
#Store cdr in list to insert by bulk
cdr_bulk_record = []
local_count_import = 0
PAGE_SIZE = 1000
# Read each Row
for row in rdr:
if (row and str(row[0]) > 0):
row = striplist(row)
try:
accountcode = ''
# extra fields to import
caller_id_name = ''
direction = 'outbound'
remote_media_ip = ''
answer_uepoch = ''
end_uepoch = ''
mduration = ''
billmsec = ''
write_codec = ''
read_codec = ''
get_cdr_from_row = {}
row_counter = 0
for j in uni:
get_cdr_from_row[j[0]] = row[j[1] - 1]
#get_cdr_from_row[j[0]] = row[row_counter]
caller_id_name = get_value_from_uni(j, row, 'caller_id_name')
caller_id_number = get_value_from_uni(j, row, 'caller_id_number')
direction = get_value_from_uni(j, row, 'direction')
remote_media_ip = get_value_from_uni(j, row, 'remote_media_ip')
answer_uepoch = get_value_from_uni(j, row, 'answer_uepoch')
end_uepoch = get_value_from_uni(j, row, 'end_uepoch')
mduration = get_value_from_uni(j, row, 'mduration')
billmsec = get_value_from_uni(j, row, 'billmsec')
read_codec = get_value_from_uni(j, row, 'read_codec')
write_codec = get_value_from_uni(j, row, 'write_codec')
row_counter = row_counter + 1
if len(field_notin_list) != 0:
for i in field_notin_list:
if i == 'accountcode' and request.POST.get("accountcode_csv"):
accountcode = request.POST["accountcode_csv"]
if not accountcode and request.POST.get("accountcode") != '0':
accountcode = get_cdr_from_row['accountcode']
# Mandatory fields to import
switch_id = int(request.POST['switch'])
caller_id_number = get_cdr_from_row['caller_id_number']
duration = int(get_cdr_from_row['duration'])
billsec = int(get_cdr_from_row['billsec'])
if request.POST.get('import_asterisk') \
and request.POST['import_asterisk'] == 'on':
hangup_cause_name = "_".join(get_cdr_from_row['hangup_cause_id'].upper().split(' '))
hangup_cause_id =\
get_hangupcause_id_from_name(hangup_cause_name)
else:
hangup_cause_id =\
get_hangupcause_id(int(get_cdr_from_row['hangup_cause_id']))
start_uepoch = \
datetime.datetime.fromtimestamp(int(float(get_cdr_from_row['start_uepoch'])))
destination_number = get_cdr_from_row['destination_number']
uuid = get_cdr_from_row['uuid']
destination_data = chk_destination(destination_number)
authorized = destination_data['authorized']
country_id = destination_data['country_id']
# Extra fields to import
if answer_uepoch:
answer_uepoch = \
datetime.datetime.fromtimestamp(int(answer_uepoch[:10]))
if end_uepoch:
end_uepoch = \
datetime.datetime.fromtimestamp(int(end_uepoch[:10]))
# Prepare global CDR
cdr_record = generate_global_cdr_record(switch_id, caller_id_number,
caller_id_name, destination_number, duration, billsec, hangup_cause_id,
accountcode, direction, uuid, remote_media_ip, start_uepoch, answer_uepoch,
end_uepoch, mduration, billmsec, read_codec, write_codec,
'CSV_IMPORT', '', country_id, authorized)
# check if cdr is already existing in cdr_common
cdr_data = settings.DBCON[settings.MONGO_CDRSTATS['CDR_COMMON']]
query_var = {}
query_var['uuid'] = uuid
record_count = cdr_data.find(query_var).count()
if record_count >= 1:
msg = _('CDR already exists !!')
error_import_list.append(row)
else:
# if not, insert record
# record global CDR
# Append cdr to bulk_cdr list
cdr_bulk_record.append(cdr_record)
local_count_import = local_count_import + 1
if local_count_import == PAGE_SIZE:
CDR_COMMON.insert(cdr_bulk_record)
local_count_import = 0
cdr_bulk_record = []
date_start_uepoch = get_cdr_from_row['start_uepoch']
common_function_to_create_analytic(date_start_uepoch, start_uepoch,
switch_id, country_id, accountcode, hangup_cause_id, duration)
cdr_record_count = cdr_record_count + 1
msg =\
_('%(cdr_record_count)s Cdr(s) are uploaded, out of %(total_rows)s row(s) !!')\
% {'cdr_record_count': cdr_record_count,
'total_rows': total_rows}
success_import_list.append(row)
except:
msg = _("Error : invalid value for import")
type_error_import_list.append(row)
# remaining record
if cdr_bulk_record:
CDR_COMMON.insert(cdr_bulk_record)
local_count_import = 0
cdr_bulk_record = []
if cdr_record_count > 0:
# Apply index
apply_index(shell=True)
else:
msg = _("Error : importing several times the same column")
else:
form = CDR_FileImport(request.user)
ctx = RequestContext(request, {
'title': _('Import CDR'),
'form': form,
'opts': opts,
'model_name': opts.object_name.lower(),
'app_label': app_label,
'rdr': rdr,
'msg': msg,
'success_import_list': success_import_list,
'error_import_list': error_import_list,
'type_error_import_list': type_error_import_list,
'CDR_FIELD_LIST': list(CDR_FIELD_LIST),
'CDR_FIELD_LIST_NUM': list(CDR_FIELD_LIST_NUM),
})
template = 'admin/cdr/switch/import_cdr.html'
return render_to_response(template, context_instance=ctx)
def import_cdr(shell=False, logger=False):
"""
Connect to the `import_cdr` Database and import the new CDRs
"""
count_imported = 0
log_print(logger, shell, "in func import_cdr...")
if not check_connection_sql():
log_print(logger, shell, "check_connection_sql - Error Connection")
return (False, "Error Connection")
# Each time the task is running we will only take CDR_IMPORT_LIMIT records to import
# This define the max speed of import, this limit could be changed
new_CDRs = CDRImport.objects.using('import_cdr')\
.filter(imported=False)\
.order_by('-id')[:settings.CDR_IMPORT_LIMIT]
(list_newcdr, list_cdrid) = ([], [])
for call in new_CDRs:
# Increment counter
count_imported = count_imported + 1
# Get the dialcode
dialcode = get_dialcode(call.destination_number, call.dialcode)
switch_info = chk_ipaddress(call.switch)
# Check Destination number
if len(call.destination_number) <= settings.INTERNAL_CALL or call.destination_number[:1].isalpha():
authorized = 1
country_id = None
call_type = CALL_TYPE.INTERNAL
else:
# TODO: rename verify_auth_dest_number verify_auth_dest_number
destination_data = verify_auth_dest_number(call.destination_number)
authorized = destination_data['authorized']
country_id = destination_data['country_id']
call_type = CALL_TYPE.INTERNATIONAL
# Sanitize direction
if call.direction:
direction = call.direction
else:
direction = CALL_DIRECTION.NOTDEFINED
# Find the user for given accountcode
try:
user = AccountCode.objects.get(accountcode=call.accountcode).user
except:
# Cannot assign accountcode to an existing user, therefore we will assign to an Admin
user = User.objects.filter(is_superuser=True)[0]
try:
user_profile = user.userprofile
except:
user_profile = UserProfile(user=user)
user_profile.save()
# Retrieve VoipPlan
if user_profile:
voipplan_id = user_profile.voipplan_id
else:
voipplan_id = False
print_shell(shell, "VoipPlan doesn't exist for this user/accountcode (%s)" % call.accountcode)
if call.buy_rate or call.buy_cost or call.sell_rate or call.sell_cost:
buy_rate = call.buy_rate
buy_cost = call.buy_cost
sell_rate = call.sell_rate
sell_cost = call.sell_cost
elif voipplan_id:
call_rate = calculate_call_cost(voipplan_id, call.destination_number, call.billsec)
buy_rate = call_rate['buy_rate']
buy_cost = call_rate['buy_cost']
sell_rate = call_rate['sell_rate']
sell_cost = call_rate['sell_cost']
else:
buy_rate = buy_cost = sell_rate = sell_cost = 0
hangup_cause_id = get_hangupcause_id(call.hangup_cause_id)
log_print(logger, shell, "Create new CDR -> date:%s - dst:%s - duration:%s - hangup_cause:%s - sell_cost:%s" %
(call.starting_date, call.destination_number, str(call.duration), str(hangup_cause_id), str(call.sell_cost)))
# Create the new CDR
newCDR = CDR(
user=user,
switch=switch_info['switch'],
cdr_source_type=call.cdr_source_type,
callid=call.callid,
caller_id_number=call.caller_id_number,
caller_id_name=call.caller_id_name,
destination_number=call.destination_number,
dialcode_id=dialcode,
starting_date=call.starting_date,
duration=call.duration,
billsec=call.billsec,
progresssec=call.progresssec,
answersec=call.answersec,
waitsec=call.waitsec,
hangup_cause_id=hangup_cause_id,
direction=direction,
country_id=country_id,
authorized=authorized,
accountcode='' if call.accountcode is None else call.accountcode,
buy_rate=buy_rate,
buy_cost=buy_cost,
sell_rate=sell_rate,
sell_cost=sell_cost,
call_type=call_type,
data='' if call.extradata is None else call.extradata)
list_newcdr.append(newCDR)
list_cdrid.append(str(call.id))
if (count_imported % 100) == 0:
bulk_create_cdrs(list_newcdr, list_cdrid)
(list_newcdr, list_cdrid) = ([], [])
# we exit the loop but we might still have some remaining CDRs to push
if len(list_newcdr) > 0:
bulk_create_cdrs(list_newcdr, list_cdrid)
(list_newcdr, list_cdrid) = ([], [])
log_print(logger, shell, 'TASK :: run_cdr_import -> func import_cdr count_imported:%d' % count_imported)
return (True, count_imported)
callerid_number = callerid
channel = row[3]
if not channel:
channel = '' # Set empty string for channel in case is None
duration = set_int_default(row[4], 0)
billsec = set_int_default(row[5], 0)
ast_disposition = row[6]
try:
id_disposition = dic_disposition.get(
ast_disposition.encode("utf-8"), 0)
transdisposition = DISPOSITION_TRANSLATION[id_disposition]
except:
transdisposition = 0
hangup_cause_id = get_hangupcause_id(transdisposition)
accountcode = row[7]
uniqueid = row[8]
start_uepoch = datetime.fromtimestamp(int(row[1]))
# Check Destination number
destination_number = row[0]
if (len(destination_number) <= settings.INTERNAL_CALL
or destination_number[:1].isalpha()):
authorized = 1
country_id = 999
else:
destination_data = chk_destination(destination_number)
authorized = destination_data['authorized']
country_id = destination_data['country_id']
def run_alarm(alarm_obj, logger):
"""
Perform Alarm Check
"""
running_alarm_test_data = {"running_alarm_status": True, "current_value": None, "previous_value": None}
user = False
switch_id = 0
if alarm_obj.type == ALARM_TYPE.ALOC:
# ALOC (average length of call)
logger.debug("ALOC (Average Length Of Call)")
# return start and end date of previous/current day
date_dict = get_start_end_date(alarm_obj.alert_condition_add_on)
# Previous date data
start_date = date_dict["p_start_date"]
end_date = date_dict["p_end_date"]
daily_data = get_report_cdr_per_switch(user, "day", start_date, end_date, switch_id)
total_calls = daily_data["nbcalls"]["total"]
total_duration = daily_data["duration"]["total"]
ACD = math.floor(total_duration / total_calls)
if (
alarm_obj.alert_condition == ALERT_CONDITION.IS_LESS_THAN
or alarm_obj.alert_condition == ALERT_CONDITION.IS_GREATER_THAN
):
running_alarm_test_data["previous_value"] = ACD
chk_alert_value(alarm_obj, ACD)
else:
previous_date_duration = ACD
# Current date data
start_date = date_dict["c_start_date"]
end_date = date_dict["c_end_date"]
daily_data = get_report_cdr_per_switch(user, "day", start_date, end_date, switch_id)
total_calls = daily_data["nbcalls"]["total"]
total_duration = daily_data["duration"]["total"]
ACD = math.floor(total_duration / total_calls)
if (
alarm_obj.alert_condition == ALERT_CONDITION.IS_LESS_THAN
or alarm_obj.alert_condition == ALERT_CONDITION.IS_GREATER_THAN
):
running_alarm_test_data["current_value"] = ACD
chk_alert_value(alarm_obj, ACD)
else:
current_date_duration = ACD
running_alarm_test_data["current_value"] = ACD
running_alarm_test_data["previous_value"] = previous_date_duration
chk_alert_value(alarm_obj, current_date_duration, previous_date_duration)
elif alarm_obj.type == ALARM_TYPE.ASR:
# ASR (Answer Seize Ratio)
logger.debug("ASR (Answer Seize Ratio)")
# return start and end date of previous/current day
date_dict = get_start_end_date(alarm_obj.alert_condition_add_on)
# hangup_cause_q850 - 16 - NORMAL_CLEARING
hangup_cause_q850 = 16
# Previous date data
start_date = date_dict["p_start_date"]
end_date = date_dict["p_end_date"]
limit = 10
hangup_cause_id = False
# TODO: Regroup the 2 calls to custom_sql_aggr_top_hangup to get the hangup
(
hangup_cause_data,
total_calls,
total_duration,
total_billsec,
total_buy_cost,
total_sell_cost,
) = custom_sql_aggr_top_hangup(user, switch_id, hangup_cause_id, limit, start_date, end_date)
pre_total_record = total_calls
hangup_cause_id = get_hangupcause_id(hangup_cause_q850)
(
hangup_cause_data,
total_calls,
total_duration,
total_billsec,
total_buy_cost,
total_sell_cost,
) = custom_sql_aggr_top_hangup(user, switch_id, hangup_cause_id, limit, start_date, end_date)
pre_total_answered_record = total_calls
# pre_total_record should not be 0
pre_total_record = 1 if pre_total_record == 0 else pre_total_record
previous_asr = pre_total_answered_record / pre_total_record
if (
alarm_obj.alert_condition == ALERT_CONDITION.IS_LESS_THAN
or alarm_obj.alert_condition == ALERT_CONDITION.IS_GREATER_THAN
):
running_alarm_test_data["previous_value"] = previous_asr
chk_alert_value(alarm_obj, previous_asr)
else:
previous_asr = previous_asr
# Current date data
start_date = date_dict["c_start_date"]
end_date = date_dict["c_end_date"]
limit = 10
hangup_cause_id = False
# TODO: Regroup the 2 calls to custom_sql_aggr_top_hangup to get the hangup
(
hangup_cause_data,
total_calls,
total_duration,
total_billsec,
total_buy_cost,
total_sell_cost,
) = custom_sql_aggr_top_hangup(user, switch_id, hangup_cause_id, limit, start_date, end_date)
cur_total_record = total_calls
hangup_cause_id = get_hangupcause_id(hangup_cause_q850)
(
hangup_cause_data,
total_calls,
total_duration,
total_billsec,
total_buy_cost,
total_sell_cost,
) = custom_sql_aggr_top_hangup(user, switch_id, hangup_cause_id, limit, start_date, end_date)
cur_total_answered_record = total_calls
# cur_total_record should not be 0
cur_total_record = 1 if cur_total_record == 0 else cur_total_record
current_asr = cur_total_answered_record / cur_total_record
if (
alarm_obj.alert_condition == ALERT_CONDITION.IS_LESS_THAN
or alarm_obj.alert_condition == ALERT_CONDITION.IS_GREATER_THAN
):
running_alarm_test_data["current_value"] = current_asr
chk_alert_value(alarm_obj, current_asr)
else:
running_alarm_test_data["current_value"] = current_asr
running_alarm_test_data["previous_value"] = previous_asr
chk_alert_value(alarm_obj, current_asr, previous_asr)
return running_alarm_test_data
def run_alarm(alarm_obj, logger):
"""Alarm object"""
if alarm_obj.type == 1: # ALOC (average length of call)
logger.debug("ALOC (average length of call)")
# return start and end date of previous/current day
dt_list = get_start_end_date(alarm_obj.alert_condition_add_on)
# Previous date data
query_var = {}
query_var["start_uepoch"] = {"$gte": dt_list["p_start_date"], "$lte": dt_list["p_end_date"]}
# previous date map_reduce
pre_total_data = cdr_data.map_reduce(map, reduce, out, query=query_var, finalize=finalfc)
pre_total_data = pre_total_data.find().sort([("_id.a_Year", -1), ("_id.b_Month", -1)])
pre_day_data = {}
for doc in pre_total_data:
pre_date = dt_list["p_start_date"]
pre_day_data[pre_date.strftime("%Y-%m-%d")] = doc["value"]["duration__avg"]
if alarm_obj.alert_condition == 1 or alarm_obj.alert_condition == 2:
chk_alert_value(alarm_obj, doc["value"]["duration__avg"])
else:
previous_date_duration = doc["value"]["duration__avg"]
# Current date data
query_var = {}
query_var["start_uepoch"] = {"$gte": dt_list["c_start_date"], "$lte": dt_list["c_end_date"]}
# current date map_reduce
cur_total_data = cdr_data.map_reduce(map, reduce, out, query=query_var, finalize=finalfc)
cur_total_data = cur_total_data.find().sort([("_id.a_Year", -1), ("_id.b_Month", -1)])
cur_day_data = {}
for doc in cur_total_data:
cur_date = dt_list["c_start_date"]
cur_day_data[cur_date.strftime("%Y-%m-%d")] = doc["value"]["duration__avg"]
if alarm_obj.alert_condition == 1 or alarm_obj.alert_condition == 2:
chk_alert_value(alarm_obj, doc["value"]["duration__avg"])
else:
current_date_duration = doc["value"]["duration__avg"]
chk_alert_value(alarm_obj, current_date_duration, previous_date_duration)
if alarm_obj.type == 2: # ASR (Answer Seize Ratio)
logger.debug("ASR (Answer Seize Ratio)")
# return start and end date of previous/current day
dt_list = get_start_end_date(alarm_obj.alert_condition_add_on)
# hangup_cause_q850 - 16 - NORMAL_CLEARING
hangup_cause_q850 = 16
# Previous date data
query_var = {}
query_var["start_uepoch"] = {"$gte": dt_list["p_start_date"], "$lte": dt_list["p_end_date"]}
pre_total_record = cdr_data.find(query_var).count()
query_var["hangup_cause_id"] = get_hangupcause_id(hangup_cause_q850)
pre_total_answered_record = cdr_data.find(query_var).count()
previous_asr = pre_total_answered_record / pre_total_record
if alarm_obj.alert_condition == 1 or alarm_obj.alert_condition == 2:
chk_alert_value(alarm_obj, previous_asr)
else:
previous_asr = previous_asr
# Current date data
query_var = {}
query_var["start_uepoch"] = {"$gte": dt_list["c_start_date"], "$lte": dt_list["c_end_date"]}
cur_total_record = cdr_data.find(query_var).count()
query_var["hangup_cause_id"] = get_hangupcause_id(hangup_cause_q850)
cur_total_answered_record = cdr_data.find(query_var).count()
current_asr = cur_total_answered_record / cur_total_record
if alarm_obj.alert_condition == 1 or alarm_obj.alert_condition == 2:
chk_alert_value(alarm_obj, current_asr)
else:
chk_alert_value(alarm_obj, current_asr, previous_asr)
return True
def create(self, request=None, **kwargs):
logger.debug('CDR API get called')
j = 0
post_var = {}
for i in request.POST:
if j == 0:
post_var = i
j = j + 1
import ast
post_var = ast.literal_eval(post_var)
switch_id = post_var.get('switch_id')
caller_id_number = post_var.get('caller_id_number')
caller_id_name = post_var.get('caller_id_name')
destination_number = post_var.get('destination_number')
duration = post_var.get('duration')
billsec = post_var.get('billsec')
hangup_cause_q850 = post_var.get('hangup_cause_q850')
accountcode = post_var.get('accountcode')
direction = post_var.get('direction')
uuid = post_var.get('uuid')
remote_media_ip = post_var.get('remote_media_ip')
start_uepoch = post_var.get('start_uepoch')
answer_uepoch = post_var.get('answer_uepoch')
end_uepoch = post_var.get('end_uepoch')
mduration = post_var.get('mduration')
billmsec = post_var.get('billmsec')
read_codec = post_var.get('read_codec')
write_codec = post_var.get('write_codec')
cdr_type = post_var.get('cdr_type')
cdr_record = {
'switch_id': switch_id,
'caller_id_number': caller_id_number,
'caller_id_name': caller_id_name,
'destination_number': destination_number,
'duration': int(duration),
'billsec': int(billsec),
'hangup_cause_id': get_hangupcause_id(hangup_cause_q850),
'accountcode': accountcode,
'direction': direction,
'uuid': uuid,
'remote_media_ip': remote_media_ip,
'start_uepoch': start_uepoch,
'answer_uepoch': answer_uepoch,
'end_uepoch': end_uepoch,
'mduration': mduration,
'billmsec': billmsec,
'read_codec': read_codec,
'write_codec': write_codec,
'cdr_type': cdr_type,
}
# Create CDR record
settings.DBCON[settings.MONGO_CDRSTATS['CDR_COMMON']].insert(cdr_record)
# get last inserted cdr record
new_obj = settings.DBCON[settings.MONGO_CDRSTATS['CDR_COMMON']].find_one()
# print new_obj['_id']
logger.debug('CDR API : result ok 200')
return self.create_response(request, new_obj)
def run_alarm(alarm_obj, logger):
"""Alarm object"""
if alarm_obj.type == ALARM_TYPE.ALOC: # ALOC (average length of call)
logger.debug('ALOC (average length of call)')
# return start and end date of previous/current day
dt_list = get_start_end_date(alarm_obj.alert_condition_add_on)
# Previous date data
query_var = {}
query_var['metadata.date'] = {'$gte': dt_list['p_start_date'],
'$lte': dt_list['p_end_date']}
pipeline = pipeline_cdr_alert_task(query_var)
pre_total_data = settings.DBCON.command('aggregate',
settings.MONGO_CDRSTATS['DAILY_ANALYTIC'],
pipeline=pipeline)
pre_day_data = {}
for doc in pre_total_data['result']:
pre_date = dt_list['p_start_date']
pre_day_data[pre_date.strftime('%Y-%m-%d')] = doc['duration_avg']
if alarm_obj.alert_condition == ALERT_CONDITION.IS_LESS_THAN or \
alarm_obj.alert_condition == ALERT_CONDITION.IS_GREATER_THAN:
chk_alert_value(alarm_obj, doc['duration_avg'])
else:
previous_date_duration = doc['duration_avg']
# Current date data
query_var = {}
query_var['metadata.date'] = {'$gte': dt_list['c_start_date'],
'$lte': dt_list['c_end_date']}
# current date
pipeline = pipeline_cdr_alert_task(query_var)
cur_total_data = settings.DBCON.command('aggregate',
settings.MONGO_CDRSTATS['DAILY_ANALYTIC'],
pipeline=pipeline)
cur_day_data = {}
for doc in cur_total_data['result']:
cur_date = dt_list['c_start_date']
cur_day_data[cur_date.strftime('%Y-%m-%d')] = doc['duration_avg']
if alarm_obj.alert_condition == ALERT_CONDITION.IS_LESS_THAN or \
alarm_obj.alert_condition == ALERT_CONDITION.IS_GREATER_THAN:
chk_alert_value(alarm_obj, doc['duration_avg'])
else:
current_date_duration = doc['duration_avg']
chk_alert_value(alarm_obj, current_date_duration, previous_date_duration)
if alarm_obj.type == ALARM_TYPE.ASR: # ASR (Answer Seize Ratio)
logger.debug('ASR (Answer Seize Ratio)')
# return start and end date of previous/current day
dt_list = get_start_end_date(alarm_obj.alert_condition_add_on)
# hangup_cause_q850 - 16 - NORMAL_CLEARING
hangup_cause_q850 = 16
# Previous date data
query_var = {}
query_var['start_uepoch'] = {'$gte': dt_list['p_start_date'],
'$lte': dt_list['p_end_date']}
pre_total_record = cdr_data.find(query_var).count()
query_var['hangup_cause_id'] = get_hangupcause_id(hangup_cause_q850)
pre_total_answered_record = cdr_data.find(query_var).count()
previous_asr = pre_total_answered_record / pre_total_record
if alarm_obj.alert_condition == ALERT_CONDITION.IS_LESS_THAN or \
alarm_obj.alert_condition == ALERT_CONDITION.IS_GREATER_THAN:
chk_alert_value(alarm_obj, previous_asr)
else:
previous_asr = previous_asr
# Current date data
query_var = {}
query_var['start_uepoch'] = {'$gte': dt_list['c_start_date'],
'$lte': dt_list['c_end_date']}
cur_total_record = cdr_data.find(query_var).count()
query_var['hangup_cause_id'] = get_hangupcause_id(hangup_cause_q850)
cur_total_answered_record = cdr_data.find(query_var).count()
current_asr = cur_total_answered_record / cur_total_record
if alarm_obj.alert_condition == ALERT_CONDITION.IS_LESS_THAN or \
alarm_obj.alert_condition == ALERT_CONDITION.IS_GREATER_THAN:
chk_alert_value(alarm_obj, current_asr)
else:
chk_alert_value(alarm_obj, current_asr, previous_asr)
return True
def import_cdr(self, request):
"""Add custom method in django admin view to import CSV file of
cdr
**Attributes**:
* ``form`` - CDR_FileImport
* ``template`` - admin/cdr/switch/import_contact.html
**Logic Description**:
**Important variable**:
* total_rows - Total no. of records in the CSV file
* retail_record_count - No. of records which are imported from
The CSV file
"""
opts = Switch._meta
app_label = opts.app_label
rdr = '' # will contain CSV data
msg = ''
success_import_list = []
error_import_list = []
type_error_import_list = []
#TODO : Too many indentation in the code, refact, less if, for
#TODO : respect DRY principale, some of the code is duplicate
#from import tasks
if request.method == 'POST':
form = CDR_FileImport(request.user, request.POST, request.FILES)
if form.is_valid():
field_list = {}
field_notin_list = []
for i in CDR_FIELD_LIST:
if int(request.POST[i]) != 0:
field_list[i] = int(request.POST[i])
else:
field_notin_list.append((i))
# perform sorting & get unique order list
countMap = {}
for v in field_list.itervalues():
countMap[v] = countMap.get(v, 0) + 1
uni = [(k, v) for k, v in field_list.iteritems() \
if countMap[v] == 1]
uni = sorted(uni, key=lambda uni: uni[1])
# if order list matched with CDR_FIELD_LIST count
if len(uni) == len(CDR_FIELD_LIST) - len(field_notin_list):
# To count total rows of CSV file
records = csv.reader(request.FILES['csv_file'],
delimiter=',',
quotechar='"')
total_rows = len(list(records))
rdr = csv.reader(request.FILES['csv_file'],
delimiter=',',
quotechar='"')
cdr_record_count = 0
# Read each Row
for row in rdr:
if (row and str(row[0]) > 0):
row = striplist(row)
try:
accountcode = ''
# extra fields to import
caller_id_name = ''
direction = 'outbound'
remote_media_ip = ''
answer_uepoch = ''
end_uepoch = ''
mduration = ''
billmsec = ''
write_codec = ''
read_codec = ''
get_cdr_from_row = {}
row_counter = 0
for j in uni:
get_cdr_from_row[j[0]] = row[j[1] - 1]
#get_cdr_from_row[j[0]] = row[row_counter]
caller_id_name = \
get_value_from_uni(j, row, 'caller_id_name')
caller_id_number = \
get_value_from_uni(j, row, 'caller_id_number')
direction = \
get_value_from_uni(j, row, 'direction')
remote_media_ip = \
get_value_from_uni(j, row, 'remote_media_ip')
answer_uepoch = \
get_value_from_uni(j, row, 'answer_uepoch')
end_uepoch = \
get_value_from_uni(j, row, 'end_uepoch')
mduration = \
get_value_from_uni(j, row, 'mduration')
billmsec = \
get_value_from_uni(j, row, 'billmsec')
read_codec = \
get_value_from_uni(j, row, 'read_codec')
write_codec = \
get_value_from_uni(j, row, 'write_codec')
row_counter = row_counter + 1
if len(field_notin_list) != 0:
for i in field_notin_list:
if i == 'accountcode':
accountcode = int(
request.POST[i + "_csv"])
if not accountcode:
accountcode = int(
get_cdr_from_row['accountcode'])
# Mandatory fields to import
switch_id = int(request.POST['switch'])
caller_id_number = get_cdr_from_row[
'caller_id_number']
duration = int(get_cdr_from_row['duration'])
billsec = int(get_cdr_from_row['billsec'])
hangup_cause_id = \
get_hangupcause_id(int(get_cdr_from_row['hangup_cause_id']))
start_uepoch = \
datetime.datetime.fromtimestamp(int(get_cdr_from_row['start_uepoch']))
destination_number = get_cdr_from_row[
'destination_number']
uuid = get_cdr_from_row['uuid']
destination_data = chk_destination(
destination_number)
authorized = destination_data['authorized']
country_id = destination_data['country_id']
# Extra fields to import
if answer_uepoch:
answer_uepoch = \
datetime.datetime.fromtimestamp(int(answer_uepoch[:10]))
if end_uepoch:
end_uepoch = \
datetime.datetime.fromtimestamp(int(end_uepoch[:10]))
# Prepare global CDR
cdr_record = {
'switch_id': int(request.POST['switch']),
'caller_id_number': caller_id_number,
'caller_id_name': caller_id_name,
'destination_number': destination_number,
'duration': duration,
'billsec': billsec,
'hangup_cause_id': hangup_cause_id,
'accountcode': accountcode,
'direction': direction,
'uuid': uuid,
'remote_media_ip': remote_media_ip,
'start_uepoch': start_uepoch,
'answer_uepoch': answer_uepoch,
'end_uepoch': end_uepoch,
'mduration': mduration,
'billmsec': billmsec,
'read_codec': read_codec,
'write_codec': write_codec,
'cdr_type': 'CSV_IMPORT',
'cdr_object_id': '',
'country_id': country_id,
'authorized': authorized,
}
try:
# check if cdr is already existing in cdr_common
cdr_data = settings.DBCON[
settings.MG_CDR_COMMON]
query_var = {}
query_var['uuid'] = uuid
record_count = cdr_data.find(
query_var).count()
if record_count >= 1:
msg = _('CDR already exists !!')
error_import_list.append(row)
else:
# if not, insert record
# record global CDR
CDR_COMMON.insert(cdr_record)
# start_uepoch = get_cdr_from_row['start_uepoch']
daily_date = datetime.datetime.\
fromtimestamp(int(get_cdr_from_row['start_uepoch'][:10]))
# insert daily analytic record
create_daily_analytic(
daily_date, switch.id, country_id,
accountcode, hangup_cause_id,
duration)
# MONTHLY_ANALYTIC
# insert monthly analytic record
create_monthly_analytic(
daily_date, start_uepoch,
switch.id, country_id, accountcode,
duration)
cdr_record_count = cdr_record_count + 1
msg =\
_('%(cdr_record_count)s Cdr(s) are uploaded, out of %(total_rows)s row(s) !!')\
% {'cdr_record_count': cdr_record_count,
'total_rows': total_rows}
success_import_list.append(row)
except:
msg = _("Error : invalid value for import")
type_error_import_list.append(row)
except:
msg = _("Error : invalid value for import")
type_error_import_list.append(row)
if cdr_record_count > 0:
apply_index()
# Apply index
DAILY_ANALYTIC.ensure_index([("metadata.date", -1)])
CDR_COMMON.ensure_index([("start_uepoch", -1)])
else:
msg = _("Error : importing several times the same column")
else:
form = CDR_FileImport(request.user)
ctx = RequestContext(
request, {
'title': _('Import CDR'),
'form': form,
'opts': opts,
'model_name': opts.object_name.lower(),
'app_label': app_label,
'rdr': rdr,
'msg': msg,
'success_import_list': success_import_list,
'error_import_list': error_import_list,
'type_error_import_list': type_error_import_list,
'CDR_FIELD_LIST': list(CDR_FIELD_LIST),
'CDR_FIELD_LIST_NUM': list(CDR_FIELD_LIST_NUM),
})
template = 'admin/cdr/switch/import_cdr.html'
return render_to_response(template, context_instance=ctx)
def func_importcdr_aggregate(shell, importcdr_handler, switch, ipaddress):
"""
function go through the current mongodb, then will
- create CDR_COMMON
- build the pre-aggregate
"""
#We limit the import tasks to a maximum - 1000
#This will reduce the speed but that s the only way to make sure
#we dont have several time the same tasks running
PAGE_SIZE = 1000
count_import = 0
local_count_import = 0
#Store cdr in list to insert by bulk
cdr_bulk_record = []
result = importcdr_handler.find(
{
'$or': [{'import_cdr': {'$exists': False}},
{'import_cdr': 0}]
},
{
"callflow.caller_profile.caller_id_number": 1,
"callflow.caller_profile.caller_id_name": 1,
"callflow.caller_profile.destination_number": 1,
"variables.duration": 1,
"variables.billsec": 1,
"variables.hangup_cause_q850": 1,
"variables.accountcode": 1,
"variables.direction": 1,
"variables.uuid": 1,
"variables.remote_media_ip": 1,
"variables.start_uepoch": 1,
"variables.answer_uepoch": 1,
"variables.end_uepoch": 1,
"variables.mduration": 1,
"variables.billmsec": 1,
"variables.read_codec": 1,
"variables.write_codec": 1,
"import_cdr_monthly": 1,
"import_cdr_daily": 1,
"import_cdr_hourly": 1,
}).limit(PAGE_SIZE)
#Retrieve FreeSWITCH CDRs
for cdr in result:
#find result so let's look later for more records
start_uepoch = datetime.datetime.fromtimestamp(
int(str(cdr['variables']['start_uepoch'])[:10]))
answer_uepoch = ''
if cdr['variables']['answer_uepoch']:
answer_uepoch = datetime.datetime.fromtimestamp(
int(str(cdr['variables']['answer_uepoch'])[:10]))
end_uepoch = ''
if cdr['variables']['end_uepoch']:
end_uepoch = datetime.datetime.fromtimestamp(
int(str(cdr['variables']['end_uepoch'])[:10]))
# Check Destination number
print(cdr)
destination_number = cdr['callflow'][0]['caller_profile']['destination_number']
if len(destination_number) <= settings.INTERNAL_CALL:
authorized = 1
country_id = 999
else:
destination_data = chk_destination(destination_number)
authorized = destination_data['authorized']
country_id = destination_data['country_id']
hangup_cause_id = get_hangupcause_id(cdr['variables']['hangup_cause_q850'])
#Retrieve Element from CDR Object
data_element = get_element(cdr)
accountcode = data_element['accountcode']
remote_media_ip = data_element['remote_media_ip']
caller_id_number = data_element['caller_id_number']
caller_id_name = data_element['caller_id_name']
duration = data_element['duration']
billsec = data_element['billsec']
direction = data_element['direction']
uuid = data_element['uuid']
mduration = data_element['mduration']
billmsec = data_element['billmsec']
read_codec = data_element['read_codec']
write_codec = data_element['write_codec']
# Prepare global CDR
cdr_record = generate_global_cdr_record(switch.id, caller_id_number,
caller_id_name, destination_number, duration, billsec, hangup_cause_id,
accountcode, direction, uuid, remote_media_ip, start_uepoch, answer_uepoch,
end_uepoch, mduration, billmsec, read_codec, write_codec,
CDR_TYPE["freeswitch"], cdr['_id'], country_id, authorized)
# Append cdr to bulk_cdr list
cdr_bulk_record.append(cdr_record)
# Count CDR import
count_import = count_import + 1
local_count_import = local_count_import + 1
# print_shell(shell, "Sync CDR (cid:%s, dest:%s, dur:%s, " \
# " hg:%s,country:%s, auth:%s, row_count:%s)" % (
# caller_id_number,
# destination_number,
# duration,
# cdr['variables']['hangup_cause_q850'],
# country_id,
# authorized,
# count_import))
date_start_uepoch = int(str(cdr['variables']['start_uepoch'])[:10])
common_function_to_create_analytic(date_start_uepoch, start_uepoch, switch.id,
country_id, accountcode, hangup_cause_id, duration)
# Flag the CDR as imported
importcdr_handler.update(
{'_id': cdr['_id']},
{
'$set': {
'import_cdr': 1,
}
}
)
if local_count_import > 0:
# Bulk cdr list insert into cdr_common
CDR_COMMON.insert(cdr_bulk_record)
# Reset counter to zero
local_count_import = 0
print_shell(shell, "Switch(%s) - currently imported CDRs:%d" %
(ipaddress, count_import))
print_shell(shell, "Import on Switch(%s) - Total Record(s) imported:%d" %
(ipaddress, count_import))
def import_cdr(self, request):
"""Add custom method in django admin view to import CSV file of
cdr
**Attributes**:
* ``form`` - CDR_FileImport
* ``template`` - admin/cdr/switch/import_contact.html
**Logic Description**:
**Important variable**:
* total_rows - Total no. of records in the CSV file
* retail_record_count - No. of records which are imported from
The CSV file
"""
opts = Switch._meta
app_label = opts.app_label
rdr = '' # will contain CSV data
msg = ''
success_import_list = []
error_import_list = []
type_error_import_list = []
#TODO : Too many indentation in the code, refact, less if, for
#TODO : respect DRY principale, some of the code is duplicate
#from import tasks
if request.method == 'POST':
form = CDR_FileImport(request.user, request.POST, request.FILES)
if form.is_valid():
field_list = {}
field_notin_list = []
for i in CDR_FIELD_LIST:
if int(request.POST[i]) != 0:
field_list[i] = int(request.POST[i])
else:
field_notin_list.append((i))
# perform sorting & get unique order list
countMap = {}
for v in field_list.itervalues():
countMap[v] = countMap.get(v, 0) + 1
uni = [(k, v) for k, v in field_list.iteritems() \
if countMap[v] == 1]
uni = sorted(uni, key=lambda uni: uni[1])
# if order list matched with CDR_FIELD_LIST count
if len(uni) == len(CDR_FIELD_LIST) - len(field_notin_list):
# To count total rows of CSV file
records = csv.reader(request.FILES['csv_file'],
delimiter=',', quotechar='"')
total_rows = len(list(records))
rdr = csv.reader(request.FILES['csv_file'],
delimiter=',', quotechar='"')
cdr_record_count = 0
# Read each Row
for row in rdr:
if (row and str(row[0]) > 0):
row = striplist(row)
try:
accountcode = ''
# extra fields to import
caller_id_name = ''
direction = 'outbound'
remote_media_ip = ''
answer_uepoch = ''
end_uepoch = ''
mduration = ''
billmsec = ''
write_codec = ''
read_codec = ''
get_cdr_from_row = {}
row_counter = 0
for j in uni:
get_cdr_from_row[j[0]] = row[j[1] - 1]
#get_cdr_from_row[j[0]] = row[row_counter]
caller_id_name = \
get_value_from_uni(j, row, 'caller_id_name')
caller_id_number = \
get_value_from_uni(j, row, 'caller_id_number')
direction = \
get_value_from_uni(j, row, 'direction')
remote_media_ip = \
get_value_from_uni(j, row, 'remote_media_ip')
answer_uepoch = \
get_value_from_uni(j, row, 'answer_uepoch')
end_uepoch = \
get_value_from_uni(j, row, 'end_uepoch')
mduration = \
get_value_from_uni(j, row, 'mduration')
billmsec = \
get_value_from_uni(j, row, 'billmsec')
read_codec = \
get_value_from_uni(j, row, 'read_codec')
write_codec = \
get_value_from_uni(j, row, 'write_codec')
row_counter = row_counter + 1
if len(field_notin_list) != 0:
for i in field_notin_list:
if i == 'accountcode':
accountcode = int(request.POST[i + "_csv"])
if not accountcode:
accountcode = int(get_cdr_from_row['accountcode'])
# Mandatory fields to import
switch_id = int(request.POST['switch'])
caller_id_number = get_cdr_from_row['caller_id_number']
duration = int(get_cdr_from_row['duration'])
billsec = int(get_cdr_from_row['billsec'])
hangup_cause_id = \
get_hangupcause_id(int(get_cdr_from_row['hangup_cause_id']))
start_uepoch = \
datetime.datetime.fromtimestamp(int(get_cdr_from_row['start_uepoch']))
destination_number = get_cdr_from_row['destination_number']
uuid = get_cdr_from_row['uuid']
destination_data = chk_destination(destination_number)
authorized = destination_data['authorized']
country_id = destination_data['country_id']
# Extra fields to import
if answer_uepoch:
answer_uepoch = \
datetime.datetime.fromtimestamp(int(answer_uepoch[:10]))
if end_uepoch:
end_uepoch = \
datetime.datetime.fromtimestamp(int(end_uepoch[:10]))
# Prepare global CDR
cdr_record = {
'switch_id': int(request.POST['switch']),
'caller_id_number': caller_id_number,
'caller_id_name': caller_id_name,
'destination_number': destination_number,
'duration': duration,
'billsec': billsec,
'hangup_cause_id': hangup_cause_id,
'accountcode': accountcode,
'direction': direction,
'uuid': uuid,
'remote_media_ip': remote_media_ip,
'start_uepoch': start_uepoch,
'answer_uepoch': answer_uepoch,
'end_uepoch': end_uepoch,
'mduration': mduration,
'billmsec': billmsec,
'read_codec': read_codec,
'write_codec': write_codec,
'cdr_type': 'CSV_IMPORT',
'cdr_object_id': '',
'country_id': country_id,
'authorized': authorized,
}
try:
# check if cdr is already existing in cdr_common
cdr_data = settings.DBCON[settings.MG_CDR_COMMON]
query_var = {}
query_var['uuid'] = uuid
record_count = cdr_data.find(query_var).count()
if record_count >= 1:
msg = _('CDR already exists !!')
error_import_list.append(row)
else:
# if not, insert record
# record global CDR
CDR_COMMON.insert(cdr_record)
# start_uepoch = get_cdr_from_row['start_uepoch']
daily_date = datetime.datetime.\
fromtimestamp(int(get_cdr_from_row['start_uepoch'][:10]))
# insert daily analytic record
create_daily_analytic(daily_date, switch.id, country_id,
accountcode, hangup_cause_id,
duration)
# MONTHLY_ANALYTIC
# insert monthly analytic record
create_monthly_analytic(daily_date, start_uepoch, switch.id,
country_id, accountcode, duration)
cdr_record_count = cdr_record_count + 1
msg =\
_('%(cdr_record_count)s Cdr(s) are uploaded, out of %(total_rows)s row(s) !!')\
% {'cdr_record_count': cdr_record_count,
'total_rows': total_rows}
success_import_list.append(row)
except:
msg = _("Error : invalid value for import")
type_error_import_list.append(row)
except:
msg = _("Error : invalid value for import")
type_error_import_list.append(row)
if cdr_record_count > 0:
apply_index()
# Apply index
DAILY_ANALYTIC.ensure_index([("metadata.date", -1)])
CDR_COMMON.ensure_index([("start_uepoch", -1)])
else:
msg = _("Error : importing several times the same column")
else:
form = CDR_FileImport(request.user)
ctx = RequestContext(request, {
'title': _('Import CDR'),
'form': form,
'opts': opts,
'model_name': opts.object_name.lower(),
'app_label': app_label,
'rdr': rdr,
'msg': msg,
'success_import_list': success_import_list,
'error_import_list': error_import_list,
'type_error_import_list': type_error_import_list,
'CDR_FIELD_LIST': list(CDR_FIELD_LIST),
'CDR_FIELD_LIST_NUM': list(CDR_FIELD_LIST_NUM),
})
template = 'admin/cdr/switch/import_cdr.html'
return render_to_response(template, context_instance=ctx)
def create(self, request=None, **kwargs):
logger.debug('CDR API get called')
j = 0
post_var = {}
for i in request.POST:
if j == 0:
post_var = i
j = j + 1
import ast
post_var = ast.literal_eval(post_var)
switch_id = post_var.get('switch_id')
caller_id_number = post_var.get('caller_id_number')
caller_id_name = post_var.get('caller_id_name')
destination_number = post_var.get('destination_number')
duration = post_var.get('duration')
billsec = post_var.get('billsec')
hangup_cause_q850 = post_var.get('hangup_cause_q850')
accountcode = post_var.get('accountcode')
direction = post_var.get('direction')
uuid = post_var.get('uuid')
remote_media_ip = post_var.get('remote_media_ip')
start_uepoch = post_var.get('start_uepoch')
answer_uepoch = post_var.get('answer_uepoch')
end_uepoch = post_var.get('end_uepoch')
mduration = post_var.get('mduration')
billmsec = post_var.get('billmsec')
read_codec = post_var.get('read_codec')
write_codec = post_var.get('write_codec')
cdr_type = post_var.get('cdr_type')
cdr_record = {
'switch_id': switch_id,
'caller_id_number': caller_id_number,
'caller_id_name': caller_id_name,
'destination_number': destination_number,
'duration': int(duration),
'billsec': int(billsec),
'hangup_cause_id': get_hangupcause_id(hangup_cause_q850),
'accountcode': accountcode,
'direction': direction,
'uuid': uuid,
'remote_media_ip': remote_media_ip,
'start_uepoch': start_uepoch,
'answer_uepoch': answer_uepoch,
'end_uepoch': end_uepoch,
'mduration': mduration,
'billmsec': billmsec,
'read_codec': read_codec,
'write_codec': write_codec,
'cdr_type': cdr_type,
}
# Create CDR record
settings.DBCON[settings.MG_CDR_COMMON].insert(cdr_record)
# get last inserted cdr record
new_obj = settings.DBCON[settings.MG_CDR_COMMON].find_one()
# print new_obj['_id']
logger.debug('CDR API : result ok 200')
return self.create_response(request, new_obj)
def import_cdr(self, request):
"""Add custom method in django admin view to import CSV file of
cdr
**Attributes**:
* ``form`` - CDR_FileImport
* ``template`` - admin/cdr/switch/import_cdr.html
**Logic Description**:
**Important variable**:
* total_rows - Total no. of records in the CSV file
* retail_record_count - No. of records which are imported from
The CSV file
"""
opts = Switch._meta
app_label = opts.app_label
rdr = "" # will contain CSV data
msg = ""
success_import_list = []
error_import_list = []
type_error_import_list = []
# TODO : Too many indentation in the code, refact, less if, for
# TODO : respect DRY principale, some of the code is duplicate
if request.method == "POST":
form = CDR_FileImport(request.user, request.POST, request.FILES)
if form.is_valid():
field_list = {}
field_notin_list = []
for i in CDR_FIELD_LIST:
if int(request.POST[i]) != 0:
field_list[i] = int(request.POST[i])
else:
field_notin_list.append((i))
# perform sorting & get unique order list
countMap = {}
for v in field_list.itervalues():
countMap[v] = countMap.get(v, 0) + 1
uni = [(k, v) for k, v in field_list.iteritems() if countMap[v] == 1]
uni = sorted(uni, key=lambda uni: uni[1])
# if order list matched with CDR_FIELD_LIST count
if len(uni) == len(CDR_FIELD_LIST) - len(field_notin_list):
# To count total rows of CSV file
records = csv.reader(request.FILES["csv_file"], delimiter=",", quotechar='"')
total_rows = len(list(records))
rdr = csv.reader(request.FILES["csv_file"], delimiter=",", quotechar='"')
cdr_record_count = 0
# Read each Row
for row in rdr:
if row and str(row[0]) > 0:
row = striplist(row)
try:
accountcode = ""
# extra fields to import
caller_id_name = ""
direction = "outbound"
remote_media_ip = ""
answer_uepoch = ""
end_uepoch = ""
mduration = ""
billmsec = ""
write_codec = ""
read_codec = ""
get_cdr_from_row = {}
row_counter = 0
for j in uni:
get_cdr_from_row[j[0]] = row[j[1] - 1]
# get_cdr_from_row[j[0]] = row[row_counter]
caller_id_name = get_value_from_uni(j, row, "caller_id_name")
caller_id_number = get_value_from_uni(j, row, "caller_id_number")
direction = get_value_from_uni(j, row, "direction")
remote_media_ip = get_value_from_uni(j, row, "remote_media_ip")
answer_uepoch = get_value_from_uni(j, row, "answer_uepoch")
end_uepoch = get_value_from_uni(j, row, "end_uepoch")
mduration = get_value_from_uni(j, row, "mduration")
billmsec = get_value_from_uni(j, row, "billmsec")
read_codec = get_value_from_uni(j, row, "read_codec")
write_codec = get_value_from_uni(j, row, "write_codec")
row_counter = row_counter + 1
if len(field_notin_list) != 0:
for i in field_notin_list:
if i == "accountcode":
accountcode = request.POST[i + "_csv"]
if not accountcode:
accountcode = get_cdr_from_row["accountcode"]
# Mandatory fields to import
switch_id = int(request.POST["switch"])
caller_id_number = get_cdr_from_row["caller_id_number"]
duration = int(get_cdr_from_row["duration"])
billsec = int(get_cdr_from_row["billsec"])
hangup_cause_id = get_hangupcause_id(int(get_cdr_from_row["hangup_cause_id"]))
start_uepoch = datetime.datetime.fromtimestamp(int(get_cdr_from_row["start_uepoch"]))
destination_number = get_cdr_from_row["destination_number"]
uuid = get_cdr_from_row["uuid"]
destination_data = chk_destination(destination_number)
authorized = destination_data["authorized"]
country_id = destination_data["country_id"]
# Extra fields to import
if answer_uepoch:
answer_uepoch = datetime.datetime.fromtimestamp(int(answer_uepoch[:10]))
if end_uepoch:
end_uepoch = datetime.datetime.fromtimestamp(int(end_uepoch[:10]))
# Prepare global CDR
cdr_record = {
"switch_id": int(request.POST["switch"]),
"caller_id_number": caller_id_number,
"caller_id_name": caller_id_name,
"destination_number": destination_number,
"duration": duration,
"billsec": billsec,
"hangup_cause_id": hangup_cause_id,
"accountcode": accountcode,
"direction": direction,
"uuid": uuid,
"remote_media_ip": remote_media_ip,
"start_uepoch": start_uepoch,
"answer_uepoch": answer_uepoch,
"end_uepoch": end_uepoch,
"mduration": mduration,
"billmsec": billmsec,
"read_codec": read_codec,
"write_codec": write_codec,
"cdr_type": "CSV_IMPORT",
"cdr_object_id": "",
"country_id": country_id,
"authorized": authorized,
}
try:
# check if cdr is already existing in cdr_common
cdr_data = settings.DBCON[settings.MONGO_CDRSTATS["CDR_COMMON"]]
query_var = {}
query_var["uuid"] = uuid
record_count = cdr_data.find(query_var).count()
if record_count >= 1:
msg = _("CDR already exists !!")
error_import_list.append(row)
else:
# if not, insert record
# record global CDR
CDR_COMMON.insert(cdr_record)
# start_uepoch = get_cdr_from_row['start_uepoch']
daily_date = datetime.datetime.fromtimestamp(
int(get_cdr_from_row["start_uepoch"][:10])
)
# insert daily analytic record
create_daily_analytic(
daily_date, switch_id, country_id, accountcode, hangup_cause_id, duration
)
# MONTHLY_ANALYTIC
# insert monthly analytic record
create_monthly_analytic(
daily_date, start_uepoch, switch_id, country_id, accountcode, duration
)
cdr_record_count = cdr_record_count + 1
msg = _(
"%(cdr_record_count)s Cdr(s) are uploaded, out of %(total_rows)s row(s) !!"
) % {"cdr_record_count": cdr_record_count, "total_rows": total_rows}
success_import_list.append(row)
except:
msg = _("Error : invalid value for import")
type_error_import_list.append(row)
except:
msg = _("Error : invalid value for import")
type_error_import_list.append(row)
if cdr_record_count > 0:
apply_index()
# Apply index
DAILY_ANALYTIC.ensure_index([("metadata.date", -1)])
CDR_COMMON.ensure_index([("start_uepoch", -1)])
else:
msg = _("Error : importing several times the same column")
else:
form = CDR_FileImport(request.user)
ctx = RequestContext(
request,
{
"title": _("Import CDR"),
"form": form,
"opts": opts,
"model_name": opts.object_name.lower(),
"app_label": app_label,
"rdr": rdr,
"msg": msg,
"success_import_list": success_import_list,
"error_import_list": error_import_list,
"type_error_import_list": type_error_import_list,
"CDR_FIELD_LIST": list(CDR_FIELD_LIST),
"CDR_FIELD_LIST_NUM": list(CDR_FIELD_LIST_NUM),
},
)
template = "admin/cdr/switch/import_cdr.html"
return render_to_response(template, context_instance=ctx)
def func_importcdr_aggregate(shell, importcdr_handler, switch, ipaddress):
"""
function go through the current mongodb, then will
- create CDR_COMMON
- build the pre-aggregate
"""
#We limit the import tasks to a maximum - 1000
#This will reduce the speed but that s the only way to make sure
#we dont have several time the same tasks running
PAGE_SIZE = 1000
count_import = 0
local_count_import = 0
#Store cdr in list to insert by bulk
cdr_bulk_record = []
result = importcdr_handler.find(
{
'$or': [{'import_cdr': {'$exists': False}},
{'import_cdr': 0}]
},
{
"callflow.caller_profile.caller_id_number": 1,
"callflow.caller_profile.caller_id_name": 1,
"callflow.caller_profile.destination_number": 1,
"variables.duration": 1,
"variables.billsec": 1,
"variables.hangup_cause_q850": 1,
"variables.accountcode": 1,
"variables.direction": 1,
"variables.uuid": 1,
"variables.remote_media_ip": 1,
"variables.start_uepoch": 1,
#"variables.answer_uepoch": 1,
#"variables.end_uepoch": 1,
#"variables.mduration": 1,
#"variables.billmsec": 1,
#"variables.read_codec": 1,
#"variables.write_codec": 1,
"import_cdr_monthly": 1,
"import_cdr_daily": 1,
"import_cdr_hourly": 1,
}).limit(PAGE_SIZE)
#Retrieve FreeSWITCH CDRs
for cdr in result:
#find result so let's look later for more records
start_uepoch = datetime.datetime.fromtimestamp(
int(cdr['variables']['start_uepoch'][:10]))
# Check Destination number
destination_number = cdr['callflow']['caller_profile']['destination_number']
if len(destination_number) <= settings.INTERNAL_CALL:
authorized = 1
country_id = 999
else:
destination_data = chk_destination(destination_number)
authorized = destination_data['authorized']
country_id = destination_data['country_id']
hangup_cause_id = get_hangupcause_id(cdr['variables']['hangup_cause_q850'])
#Retrieve Element from CDR Object
data_element = get_element(cdr)
accountcode = data_element['accountcode']
remote_media_ip = data_element['remote_media_ip']
caller_id_number = data_element['caller_id_number']
caller_id_name = data_element['caller_id_name']
duration = data_element['duration']
billsec = data_element['billsec']
direction = data_element['direction']
uuid = data_element['uuid']
# Prepare global CDR
cdr_record = {
'switch_id': switch.id,
'caller_id_number': caller_id_number,
'caller_id_name': caller_id_name,
'destination_number': destination_number,
'duration': duration,
'billsec': billsec,
'hangup_cause_id': hangup_cause_id,
'accountcode': accountcode,
'direction': direction,
'uuid': uuid,
'remote_media_ip': remote_media_ip,
'start_uepoch': start_uepoch,
#'answer_uepoch': answer_uepoch,
#'end_uepoch': end_uepoch,
#'mduration': cdr['variables']['mduration'],
#'billmsec': cdr['variables']['billmsec'],
#'read_codec': cdr['variables']['read_codec'],
#'write_codec': cdr['variables']['write_codec'],
'cdr_type': CDR_TYPE["freeswitch"],
'cdr_object_id': cdr['_id'],
'country_id': country_id,
'authorized': authorized,
}
# Append cdr to bulk_cdr list
cdr_bulk_record.append(cdr_record)
# Count CDR import
count_import = count_import + 1
local_count_import = local_count_import + 1
# print_shell(shell, "Sync CDR (cid:%s, dest:%s, dur:%s, " \
# " hg:%s,country:%s, auth:%s, row_count:%s)" % (
# caller_id_number,
# destination_number,
# duration,
# cdr['variables']['hangup_cause_q850'],
# country_id,
# authorized,
# count_import))
# DAILY_ANALYTIC
daily_date = datetime.datetime.fromtimestamp(
int(cdr['variables']['start_uepoch'][:10]))
# DAILY_ANALYTIC
daily_date = datetime.datetime.fromtimestamp(
int(cdr['variables']['start_uepoch'][:10]))
# insert daily analytic record
create_daily_analytic(daily_date, switch.id, country_id, accountcode,
hangup_cause_id, duration)
# MONTHLY_ANALYTIC
# insert monthly analytic record
create_monthly_analytic(daily_date, start_uepoch, switch.id,
country_id, accountcode, duration)
# Flag the CDR as imported
importcdr_handler.update(
{'_id': cdr['_id']},
{
'$set': {
'import_cdr': 1,
}
}
)
if local_count_import > 0:
# Bulk cdr list insert into cdr_common
CDR_COMMON.insert(cdr_bulk_record)
# Reset counter to zero
local_count_import = 0
print_shell(shell, "Switch(%s) - currently imported CDRs:%d" %
(ipaddress, count_import))
print_shell(shell, "Import on Switch(%s) - Total Record(s) imported:%d" %
(ipaddress, count_import))
def run_alarm(alarm_obj, logger):
"""
Perform Alarm Check
"""
running_alarm_test_data = {
'running_alarm_status': True,
'current_value': None,
'previous_value': None,
}
user = False
switch_id = 0
if alarm_obj.type == ALARM_TYPE.ALOC:
# ALOC (average length of call)
logger.debug('ALOC (Average Length Of Call)')
# return start and end date of previous/current day
date_dict = get_start_end_date(alarm_obj.alert_condition_add_on)
# Previous date data
start_date = date_dict['p_start_date']
end_date = date_dict['p_end_date']
daily_data = get_report_cdr_per_switch(user, 'day', start_date, end_date, switch_id)
total_calls = daily_data["nbcalls"]["total"]
total_duration = daily_data["duration"]["total"]
ACD = math.floor(total_duration / total_calls)
if alarm_obj.alert_condition == ALERT_CONDITION.IS_LESS_THAN or \
alarm_obj.alert_condition == ALERT_CONDITION.IS_GREATER_THAN:
running_alarm_test_data['previous_value'] = ACD
chk_alert_value(alarm_obj, ACD)
else:
previous_date_duration = ACD
# Current date data
start_date = date_dict['c_start_date']
end_date = date_dict['c_end_date']
daily_data = get_report_cdr_per_switch(user, 'day', start_date, end_date, switch_id)
total_calls = daily_data["nbcalls"]["total"]
total_duration = daily_data["duration"]["total"]
ACD = math.floor(total_duration / total_calls)
if alarm_obj.alert_condition == ALERT_CONDITION.IS_LESS_THAN or \
alarm_obj.alert_condition == ALERT_CONDITION.IS_GREATER_THAN:
running_alarm_test_data['current_value'] = ACD
chk_alert_value(alarm_obj, ACD)
else:
current_date_duration = ACD
running_alarm_test_data['current_value'] = ACD
running_alarm_test_data['previous_value'] = previous_date_duration
chk_alert_value(alarm_obj, current_date_duration, previous_date_duration)
elif alarm_obj.type == ALARM_TYPE.ASR:
# ASR (Answer Seize Ratio)
logger.debug('ASR (Answer Seize Ratio)')
# return start and end date of previous/current day
date_dict = get_start_end_date(alarm_obj.alert_condition_add_on)
# hangup_cause_q850 - 16 - NORMAL_CLEARING
hangup_cause_q850 = 16
# Previous date data
start_date = date_dict['p_start_date']
end_date = date_dict['p_end_date']
limit = 10
hangup_cause_id = False
# TODO: Regroup the 2 calls to custom_sql_aggr_top_hangup to get the hangup
(hangup_cause_data, total_calls, total_duration, total_billsec, total_buy_cost, total_sell_cost) = \
custom_sql_aggr_top_hangup(user, switch_id, hangup_cause_id, limit, start_date, end_date)
pre_total_record = total_calls
hangup_cause_id = get_hangupcause_id(hangup_cause_q850)
(hangup_cause_data, total_calls, total_duration, total_billsec, total_buy_cost, total_sell_cost) = \
custom_sql_aggr_top_hangup(user, switch_id, hangup_cause_id, limit, start_date, end_date)
pre_total_answered_record = total_calls
# pre_total_record should not be 0
pre_total_record = 1 if pre_total_record == 0 else pre_total_record
previous_asr = pre_total_answered_record / pre_total_record
if alarm_obj.alert_condition == ALERT_CONDITION.IS_LESS_THAN or \
alarm_obj.alert_condition == ALERT_CONDITION.IS_GREATER_THAN:
running_alarm_test_data['previous_value'] = previous_asr
chk_alert_value(alarm_obj, previous_asr)
else:
previous_asr = previous_asr
# Current date data
start_date = date_dict['c_start_date']
end_date = date_dict['c_end_date']
limit = 10
hangup_cause_id = False
# TODO: Regroup the 2 calls to custom_sql_aggr_top_hangup to get the hangup
(hangup_cause_data, total_calls, total_duration, total_billsec, total_buy_cost, total_sell_cost) = \
custom_sql_aggr_top_hangup(user, switch_id, hangup_cause_id, limit, start_date, end_date)
cur_total_record = total_calls
hangup_cause_id = get_hangupcause_id(hangup_cause_q850)
(hangup_cause_data, total_calls, total_duration, total_billsec, total_buy_cost, total_sell_cost) = \
custom_sql_aggr_top_hangup(user, switch_id, hangup_cause_id, limit, start_date, end_date)
cur_total_answered_record = total_calls
# cur_total_record should not be 0
cur_total_record = 1 if cur_total_record == 0 else cur_total_record
current_asr = cur_total_answered_record / cur_total_record
if alarm_obj.alert_condition == ALERT_CONDITION.IS_LESS_THAN or \
alarm_obj.alert_condition == ALERT_CONDITION.IS_GREATER_THAN:
running_alarm_test_data['current_value'] = current_asr
chk_alert_value(alarm_obj, current_asr)
else:
running_alarm_test_data['current_value'] = current_asr
running_alarm_test_data['previous_value'] = previous_asr
chk_alert_value(alarm_obj, current_asr, previous_asr)
return running_alarm_test_data
callerid_number = callerid
channel = row[3]
duration = set_int_default(row[4], 0)
billsec = set_int_default(row[5], 0)
ast_disposition = row[6]
try:
id_disposition = dic_disposition.get(
ast_disposition.encode("utf-8"), 0)
transdisposition = DISPOSITION_TRANSLATION[id_disposition]
except:
transdisposition = 0
hangup_cause_id = get_hangupcause_id(transdisposition)
accountcode = set_int_default(row[7], '')
uniqueid = row[8]
start_uepoch = datetime.fromtimestamp(int(row[1]))
# Check Destination number
destination_number = row[0]
destination_data = chk_destination(destination_number)
authorized = destination_data['authorized']
country_id = destination_data['country_id']
# Prepare global CDR
cdr_record = {
'switch_id': switch.id,
def run_alarm(alarm_obj, logger):
"""Alarm object"""
if alarm_obj.type == 1: # ALOC (average length of call)
logger.debug('ALOC (average length of call)')
# return start and end date of previous/current day
dt_list = get_start_end_date(alarm_obj.alert_condition_add_on)
# Previous date data
query_var = {}
query_var['start_uepoch'] = {
'$gte': dt_list['p_start_date'],
'$lte': dt_list['p_end_date']
}
# previous date map_reduce
pre_total_data = cdr_data.map_reduce(map,
reduce,
out,
query=query_var,
finalize=finalfc)
pre_total_data = pre_total_data.find().sort([('_id.a_Year', -1),
('_id.b_Month', -1)])
pre_day_data = {}
for doc in pre_total_data:
pre_date = dt_list['p_start_date']
pre_day_data[pre_date.strftime('%Y-%m-%d')] = \
doc['value']['duration__avg']
if alarm_obj.alert_condition == 1 or \
alarm_obj.alert_condition == 2:
chk_alert_value(alarm_obj, doc['value']['duration__avg'])
else:
previous_date_duration = doc['value']['duration__avg']
# Current date data
query_var = {}
query_var['start_uepoch'] = {
'$gte': dt_list['c_start_date'],
'$lte': dt_list['c_end_date']
}
# current date map_reduce
cur_total_data = cdr_data.map_reduce(map,
reduce,
out,
query=query_var,
finalize=finalfc)
cur_total_data = cur_total_data.find().sort([('_id.a_Year', -1),
('_id.b_Month', -1)])
cur_day_data = {}
for doc in cur_total_data:
cur_date = dt_list['c_start_date']
cur_day_data[cur_date.strftime('%Y-%m-%d')] = \
doc['value']['duration__avg']
if alarm_obj.alert_condition == 1 or \
alarm_obj.alert_condition == 2:
chk_alert_value(alarm_obj, doc['value']['duration__avg'])
else:
current_date_duration = doc['value']['duration__avg']
chk_alert_value(alarm_obj, current_date_duration,
previous_date_duration)
if alarm_obj.type == 2: # ASR (Answer Seize Ratio)
logger.debug('ASR (Answer Seize Ratio)')
# return start and end date of previous/current day
dt_list = get_start_end_date(alarm_obj.alert_condition_add_on)
# hangup_cause_q850 - 16 - NORMAL_CLEARING
hangup_cause_q850 = 16
# Previous date data
query_var = {}
query_var['start_uepoch'] = {
'$gte': dt_list['p_start_date'],
'$lte': dt_list['p_end_date']
}
pre_total_record = cdr_data.find(query_var).count()
query_var['hangup_cause_id'] = get_hangupcause_id(hangup_cause_q850)
pre_total_answered_record = cdr_data.find(query_var).count()
previous_asr = pre_total_answered_record / pre_total_record
if alarm_obj.alert_condition == 1 or \
alarm_obj.alert_condition == 2:
chk_alert_value(alarm_obj, previous_asr)
else:
previous_asr = previous_asr
# Current date data
query_var = {}
query_var['start_uepoch'] = {
'$gte': dt_list['c_start_date'],
'$lte': dt_list['c_end_date']
}
cur_total_record = cdr_data.find(query_var).count()
query_var['hangup_cause_id'] = get_hangupcause_id(hangup_cause_q850)
cur_total_answered_record = cdr_data.find(query_var).count()
current_asr = cur_total_answered_record / cur_total_record
if alarm_obj.alert_condition == 1 or \
alarm_obj.alert_condition == 2:
chk_alert_value(alarm_obj, current_asr)
else:
chk_alert_value(alarm_obj, current_asr, previous_asr)
return True
def import_cdr(shell=False, logger=False):
"""
Connect to the `import_cdr` Database and import the new CDRs
"""
count_imported = 0
log_print(logger, shell, "in func import_cdr...")
if not check_connection_sql():
log_print(logger, shell, "check_connection_sql - Error Connection")
return (False, "Error Connection")
# Each time the task is running we will only take CDR_IMPORT_LIMIT records to import
# This define the max speed of import, this limit could be changed
new_CDRs = CDRImport.objects.using('import_cdr')\
.filter(imported=False)\
.order_by('-id')[:settings.CDR_IMPORT_LIMIT]
(list_newcdr, list_cdrid) = ([], [])
for call in new_CDRs:
# Increment counter
count_imported = count_imported + 1
# Get the dialcode
dialcode = get_dialcode(call.destination_number, call.dialcode)
switch_info = chk_ipaddress(call.switch)
# Check Destination number
if len(
call.destination_number
) <= settings.INTERNAL_CALL or call.destination_number[:1].isalpha():
authorized = 1
country_id = None
call_type = CALL_TYPE.INTERNAL
else:
# TODO: rename verify_auth_dest_number verify_auth_dest_number
destination_data = verify_auth_dest_number(call.destination_number)
authorized = destination_data['authorized']
country_id = destination_data['country_id']
call_type = CALL_TYPE.INTERNATIONAL
# Sanitize direction
if call.direction:
direction = call.direction
else:
direction = CALL_DIRECTION.NOTDEFINED
# Find the user for given accountcode
try:
user = AccountCode.objects.get(accountcode=call.accountcode).user
except:
# Cannot assign accountcode to an existing user, therefore we will assign to an Admin
user = User.objects.filter(is_superuser=True)[0]
try:
user_profile = user.userprofile
except:
user_profile = UserProfile(user=user)
user_profile.save()
# Retrieve VoipPlan
if user_profile:
voipplan_id = user_profile.voipplan_id
else:
voipplan_id = False
print_shell(
shell,
"VoipPlan doesn't exist for this user/accountcode (%s)" %
call.accountcode)
if call.buy_rate or call.buy_cost or call.sell_rate or call.sell_cost:
buy_rate = call.buy_rate
buy_cost = call.buy_cost
sell_rate = call.sell_rate
sell_cost = call.sell_cost
elif voipplan_id:
call_rate = calculate_call_cost(voipplan_id,
call.destination_number,
call.billsec)
buy_rate = call_rate['buy_rate']
buy_cost = call_rate['buy_cost']
sell_rate = call_rate['sell_rate']
sell_cost = call_rate['sell_cost']
else:
buy_rate = buy_cost = sell_rate = sell_cost = 0
hangup_cause_id = get_hangupcause_id(call.hangup_cause_id)
log_print(
logger, shell,
"Create new CDR -> date:%s - dst:%s - duration:%s - hangup_cause:%s - sell_cost:%s"
% (call.starting_date, call.destination_number, str(
call.duration), str(hangup_cause_id), str(call.sell_cost)))
# Create the new CDR
newCDR = CDR(
user=user,
switch=switch_info['switch'],
cdr_source_type=call.cdr_source_type,
callid=call.callid,
caller_id_number=call.caller_id_number,
caller_id_name=call.caller_id_name,
destination_number=call.destination_number,
dialcode_id=dialcode,
starting_date=call.starting_date,
duration=call.duration,
billsec=call.billsec,
progresssec=call.progresssec,
answersec=call.answersec,
waitsec=call.waitsec,
hangup_cause_id=hangup_cause_id,
direction=direction,
country_id=country_id,
authorized=authorized,
accountcode='' if call.accountcode is None else call.accountcode,
buy_rate=buy_rate,
buy_cost=buy_cost,
sell_rate=sell_rate,
sell_cost=sell_cost,
call_type=call_type,
data='' if call.extradata is None else call.extradata)
list_newcdr.append(newCDR)
list_cdrid.append(str(call.id))
if (count_imported % 100) == 0:
bulk_create_cdrs(list_newcdr, list_cdrid)
(list_newcdr, list_cdrid) = ([], [])
# we exit the loop but we might still have some remaining CDRs to push
if len(list_newcdr) > 0:
bulk_create_cdrs(list_newcdr, list_cdrid)
(list_newcdr, list_cdrid) = ([], [])
log_print(
logger, shell,
'TASK :: run_cdr_import -> func import_cdr count_imported:%d' %
count_imported)
return (True, count_imported)
def import_cdr(self, request):
"""Add custom method in django admin view to import CSV file of
cdr
**Attributes**:
* ``form`` - CDR_FileImport
* ``template`` - admin/cdr/switch/import_cdr.html
**Logic Description**:
**Important variable**:
* total_rows - Total no. of records in the CSV file
* retail_record_count - No. of records which are imported from
The CSV file
"""
opts = Switch._meta
app_label = opts.app_label
rdr = '' # will contain CSV data
msg = ''
success_import_list = []
error_import_list = []
type_error_import_list = []
if request.method == 'POST':
form = CDR_FileImport(request.user, request.POST, request.FILES)
if form.is_valid():
field_list = {}
field_notin_list = []
for i in CDR_FIELD_LIST:
if int(request.POST[i]) != 0:
field_list[i] = int(request.POST[i])
else:
field_notin_list.append((i))
# perform sorting & get unique order list
countMap = {}
for v in field_list.itervalues():
countMap[v] = countMap.get(v, 0) + 1
uni = [(k, v) for k, v in field_list.iteritems()
if countMap[v] == 1]
uni = sorted(uni, key=lambda uni: uni[1])
# if order list matched with CDR_FIELD_LIST count
if len(uni) == len(CDR_FIELD_LIST) - len(field_notin_list):
# To count total rows of CSV file
records = csv.reader(request.FILES['csv_file'],
delimiter=',',
quotechar='"')
total_rows = len(list(records))
rdr = csv.reader(request.FILES['csv_file'],
delimiter=',',
quotechar='"')
cdr_record_count = 0
#Store cdr in list to insert by bulk
cdr_bulk_record = []
local_count_import = 0
PAGE_SIZE = 1000
# Read each Row
for row in rdr:
if (row and str(row[0]) > 0):
row = striplist(row)
try:
accountcode = ''
# extra fields to import
caller_id_name = ''
direction = 'outbound'
remote_media_ip = ''
answer_uepoch = ''
end_uepoch = ''
mduration = ''
billmsec = ''
write_codec = ''
read_codec = ''
get_cdr_from_row = {}
row_counter = 0
for j in uni:
get_cdr_from_row[j[0]] = row[j[1] - 1]
#get_cdr_from_row[j[0]] = row[row_counter]
caller_id_name = get_value_from_uni(
j, row, 'caller_id_name')
caller_id_number = get_value_from_uni(
j, row, 'caller_id_number')
direction = get_value_from_uni(
j, row, 'direction')
remote_media_ip = get_value_from_uni(
j, row, 'remote_media_ip')
answer_uepoch = get_value_from_uni(
j, row, 'answer_uepoch')
end_uepoch = get_value_from_uni(
j, row, 'end_uepoch')
mduration = get_value_from_uni(
j, row, 'mduration')
billmsec = get_value_from_uni(
j, row, 'billmsec')
read_codec = get_value_from_uni(
j, row, 'read_codec')
write_codec = get_value_from_uni(
j, row, 'write_codec')
row_counter = row_counter + 1
if len(field_notin_list) != 0:
for i in field_notin_list:
if i == 'accountcode' and request.POST.get(
"accountcode_csv"):
accountcode = request.POST[
"accountcode_csv"]
if not accountcode and request.POST.get(
"accountcode") != '0':
accountcode = get_cdr_from_row[
'accountcode']
# Mandatory fields to import
switch_id = int(request.POST['switch'])
caller_id_number = get_cdr_from_row[
'caller_id_number']
duration = int(get_cdr_from_row['duration'])
billsec = int(get_cdr_from_row['billsec'])
if request.POST.get('import_asterisk') \
and request.POST['import_asterisk'] == 'on':
hangup_cause_name = "_".join(
get_cdr_from_row['hangup_cause_id'].
upper().split(' '))
hangup_cause_id =\
get_hangupcause_id_from_name(hangup_cause_name)
else:
hangup_cause_id =\
get_hangupcause_id(int(get_cdr_from_row['hangup_cause_id']))
start_uepoch = \
datetime.datetime.fromtimestamp(int(float(get_cdr_from_row['start_uepoch'])))
destination_number = get_cdr_from_row[
'destination_number']
uuid = get_cdr_from_row['uuid']
destination_data = chk_destination(
destination_number)
authorized = destination_data['authorized']
country_id = destination_data['country_id']
# Extra fields to import
if answer_uepoch:
answer_uepoch = \
datetime.datetime.fromtimestamp(int(answer_uepoch[:10]))
if end_uepoch:
end_uepoch = \
datetime.datetime.fromtimestamp(int(end_uepoch[:10]))
# Prepare global CDR
cdr_record = generate_global_cdr_record(
switch_id, caller_id_number,
caller_id_name, destination_number,
duration, billsec, hangup_cause_id,
accountcode, direction, uuid,
remote_media_ip, start_uepoch,
answer_uepoch, end_uepoch, mduration,
billmsec, read_codec, write_codec,
'CSV_IMPORT', '', country_id, authorized)
# check if cdr is already existing in cdr_common
cdr_data = settings.DBCON[
settings.MONGO_CDRSTATS['CDR_COMMON']]
query_var = {}
query_var['uuid'] = uuid
record_count = cdr_data.find(query_var).count()
if record_count >= 1:
msg = _('CDR already exists !!')
error_import_list.append(row)
else:
# if not, insert record
# record global CDR
# Append cdr to bulk_cdr list
cdr_bulk_record.append(cdr_record)
local_count_import = local_count_import + 1
if local_count_import == PAGE_SIZE:
CDR_COMMON.insert(cdr_bulk_record)
local_count_import = 0
cdr_bulk_record = []
date_start_uepoch = get_cdr_from_row[
'start_uepoch']
common_function_to_create_analytic(
date_start_uepoch, start_uepoch,
switch_id, country_id, accountcode,
hangup_cause_id, duration)
cdr_record_count = cdr_record_count + 1
msg =\
_('%(cdr_record_count)s Cdr(s) are uploaded, out of %(total_rows)s row(s) !!')\
% {'cdr_record_count': cdr_record_count,
'total_rows': total_rows}
success_import_list.append(row)
except:
msg = _("Error : invalid value for import")
type_error_import_list.append(row)
# remaining record
if cdr_bulk_record:
CDR_COMMON.insert(cdr_bulk_record)
local_count_import = 0
cdr_bulk_record = []
if cdr_record_count > 0:
# Apply index
apply_index(shell=True)
else:
msg = _("Error : importing several times the same column")
else:
form = CDR_FileImport(request.user)
ctx = RequestContext(
request, {
'title': _('Import CDR'),
'form': form,
'opts': opts,
'model_name': opts.object_name.lower(),
'app_label': app_label,
'rdr': rdr,
'msg': msg,
'success_import_list': success_import_list,
'error_import_list': error_import_list,
'type_error_import_list': type_error_import_list,
'CDR_FIELD_LIST': list(CDR_FIELD_LIST),
'CDR_FIELD_LIST_NUM': list(CDR_FIELD_LIST_NUM),
})
template = 'admin/cdr/switch/import_cdr.html'
return render_to_response(template, context_instance=ctx)
