def get_capacity():
pg_summary = vsmapi.placement_group_summary(None)
used_percent = ('%.2f' %
((pg_summary.bytes_used / pg_summary.bytes_total) * 100))
capacity_dict = {"value": used_percent}
capacitydata = json.dumps(capacity_dict)
return capacitydata
def get_summary(self):
pg_summary = vsmapi.placement_group_summary(self.request)
data = SortedDict()
data['Total Reads'] = "%s B/s" % pg_summary.read_bytes_sec
data['Total Writes'] = "%s B/s" % pg_summary.write_bytes_sec
data['Total Operations'] = "%s operation/s" % pg_summary.op_per_sec
return data
def get_summary(self):
pg_summary = vsmapi.placement_group_summary(self.request)
data = SortedDict()
data['Total Reads'] = "%s B/s" % pg_summary.read_bytes_sec
data['Total Writes'] = "%s B/s" % pg_summary.write_bytes_sec
data['Total Operations'] = "%s operation/s" % pg_summary.op_per_sec
return data
def get_capacity():
pg_summary = vsmapi.placement_group_summary(None)
capactiy_used = pg_summary.bytes_used
capactiy_total = pg_summary.bytes_total
used_percent = ('%.2f'%((pg_summary.bytes_used/pg_summary.bytes_total)*100));
capacity_dict = {"used":capactiy_used,"total":capactiy_total,"percent":used_percent}
capacitydata = json.dumps(capacity_dict)
return capacitydata
def get_summary(self):
pg_summary = vsmapi.placement_group_summary(self.request)
data = SortedDict()
data['Data Capacity Used'] = format_data_size(pg_summary.data_bytes)
data['Total Capacity Used'] = format_data_size(pg_summary.bytes_used)
data['Capacity available'] = format_data_size(pg_summary.bytes_avail)
data['Capacity Total'] = format_data_size(pg_summary.bytes_total)
return data
def capactiy():
pg_summary = vsmapi.placement_group_summary(None)
capactiy_summary_dict = {
"data_used": str(0 if not pg_summary.data_bytes else round(pg_summary.data_bytes * 1.0/1024/1024/1024, 1)) + " GB"
,"total_used": str(0 if not pg_summary.bytes_used else round(pg_summary.bytes_used * 1.0/1024/1024/1024, 1)) + " GB"
,"available": str(0 if not pg_summary.bytes_avail else round(pg_summary.bytes_avail * 1.0/1024/1024/1024, 1)) + " GB"
,"total": str(0 if not pg_summary.bytes_total else round(pg_summary.bytes_total * 1.0/1024/1024/1024, 1)) + " GB"
}
return capactiy_summary_dict
def performance():
pg_summary = vsmapi.placement_group_summary(None)
pg_summary_dict = {
"read": "%s B/s" % pg_summary.read_bytes_sec
,"write": "%s B/s" % pg_summary.write_bytes_sec
,"operations":"%s operation/s" % pg_summary.op_per_sec
}
return pg_summary_dict
def capactiy():
pg_summary = vsmapi.placement_group_summary(None)
capactiy_summary_dict = {
"data_used": format_data_size(pg_summary.data_bytes)
,"total_used": format_data_size(pg_summary.bytes_used)
,"available": format_data_size(pg_summary.bytes_avail)
,"total": format_data_size(pg_summary.bytes_total)
}
return capactiy_summary_dict
def get_summary(self):
pg_summary = vsmapi.placement_group_summary(self.request)
data = SortedDict()
data['Degraded objects'] = pg_summary.degraded_objects
data['Degraded total'] = pg_summary.degraded_total
data['Degraded ratio'] = pg_summary.degraded_ratio
data['Unfound objects'] = pg_summary.unfound_objects
data['Unfound total'] = pg_summary.unfound_total
data['Unfound ratio'] = pg_summary.unfound_ratio
return data
def get_summary(self):
pg_summary = vsmapi.placement_group_summary(self.request)
data = SortedDict()
data['Degraded objects'] = pg_summary.degraded_objects
data['Degraded total'] = pg_summary.degraded_total
data['Degraded ratio'] = pg_summary.degraded_ratio
data['Unfound objects'] = pg_summary.unfound_objects
data['Unfound total'] = pg_summary.unfound_total
data['Unfound ratio'] = pg_summary.unfound_ratio
return data
def get_summary(self):
pg_summary = vsmapi.placement_group_summary(self.request)
data = SortedDict()
data['Data Capacity Used'] = str(0 if not pg_summary.data_bytes \
else round(pg_summary.data_bytes * 1.0/1024/1024/1024, 1)) + " GB"
data['Total Capacity Used'] = str(0 if not pg_summary.bytes_used \
else round(pg_summary.bytes_used* 1.0/1024/1024/1024, 1)) + " GB"
data['Capacity available'] = str(0 if not pg_summary.bytes_avail \
else round(pg_summary.bytes_avail * 1.0/1024/1024/1024, 1)) + " GB"
data['Capacity Total'] = str(0 if not pg_summary.bytes_total \
else round(pg_summary.bytes_total * 1.0/1024/1024/1024, 1)) + " GB"
return data
def get_summary(self):
pg_summary = vsmapi.placement_group_summary(self.request)
LOG.info('pg_summary:%s'%pg_summary)
#LOG.error(pg_summary)
#LOG.error('pg_summary>')
data = SortedDict()
data["PGmap Version"] = pg_summary.version
data["Total PGs"] = pg_summary.num_pgs
for pgs in pg_summary.pgs_by_state:
data["PGs " + pgs['state_name']] = pgs['count']
data["Last Updated"] = get_time_delta(pg_summary.updated_at)
return data
def objects():
pg_summary = vsmapi.placement_group_summary(None)
pg_summary_dict = {
"degraded_objects":pg_summary.degraded_objects
,"degraded_total": pg_summary.degraded_total
,"degraded_ratio": pg_summary.degraded_ratio
,"unfound_objects": pg_summary.unfound_objects
,"unfound_total": pg_summary.unfound_total
,"unfound_ratio": pg_summary.unfound_ratio
}
return pg_summary_dict
def get_summary(self):
pg_summary = vsmapi.placement_group_summary(self.request)
data = SortedDict()
data['Data Capacity Used'] = str(0 if not pg_summary.data_bytes \
else round(pg_summary.data_bytes * 1.0/1024/1024/1024, 1)) + " GB"
data['Total Capacity Used'] = str(0 if not pg_summary.bytes_used \
else round(pg_summary.bytes_used* 1.0/1024/1024/1024, 1)) + " GB"
data['Capacity available'] = str(0 if not pg_summary.bytes_avail \
else round(pg_summary.bytes_avail * 1.0/1024/1024/1024, 1)) + " GB"
data['Capacity Total'] = str(0 if not pg_summary.bytes_total \
else round(pg_summary.bytes_total * 1.0/1024/1024/1024, 1)) + " GB"
return data
def get_summary(self):
pg_summary = vsmapi.placement_group_summary(self.request)
LOG.info('pg_summary:%s'%pg_summary)
#LOG.error(pg_summary)
#LOG.error('pg_summary>')
data = SortedDict()
data["PGmap Version"] = pg_summary.version
data["Total PGs"] = pg_summary.num_pgs
for pgs in pg_summary.pgs_by_state:
data["PGs " + pgs['state_name']] = pgs['count']
data["Last Updated"] = get_time_delta(pg_summary.updated_at)
return data
def get_summary(self):
pg_summary = vsmapi.placement_group_summary(self.request)
#LOG.error('<pg_summary')
#LOG.error(pg_summary)
#LOG.error(dir(pg_summary))
#LOG.error('pg_summary>')
data = SortedDict()
data["PGmap Version"] = pg_summary.version
data["Total PGs"] = pg_summary.num_pgs
data["PGs active+clean"] = sum([pgs['count'] for pgs in pg_summary.pgs_by_state
if pgs['state_name'] == "active+clean"])
data["PGs not active+clean"] = sum([pgs['count'] for pgs in pg_summary.pgs_by_state
if pgs['state_name'] != "active+clean"])
data["Last Updated"] = get_time_delta(pg_summary.updated_at)
return data
def pg():
pg_summary = vsmapi.placement_group_summary(None)
#get the pag collection
# pg_state_sort = SortedDict()
# for pgs in pg_summary.pgs_by_state:
# pg_state_sort["PGs " + pgs['state_name']] = pgs['count']
pg_summary_dict = {
"pgmap_version":pg_summary.version
,"total_pgs":pg_summary.num_pgs
#,"pg_state":pg_state_sort
,"update":get_time_delta(pg_summary.updated_at)
}
return pg_summary_dict
def get_summary(self):
pg_summary = vsmapi.placement_group_summary(self.request)
#LOG.error('<pg_summary')
#LOG.error(pg_summary)
#LOG.error(dir(pg_summary))
#LOG.error('pg_summary>')
data = SortedDict()
data["PGmap Version"] = pg_summary.version
data["Total PGs"] = pg_summary.num_pgs
data["PGs active+clean"] = sum([pgs['count'] for pgs in pg_summary.pgs_by_state
if pgs['state_name'] == "active+clean"])
data["PGs not active+clean"] = sum([pgs['count'] for pgs in pg_summary.pgs_by_state
if pgs['state_name'] != "active+clean"])
data["Last Updated"] = get_time_delta(pg_summary.updated_at)
return data
def get_PG():
pg_summary = vsmapi.placement_group_summary(None)
version = pg_summary.version
update = get_time_delta(pg_summary.updated_at)
pg_total = pg_summary.num_pgs
pg_active_clean = sum([pgs['count'] for pgs in pg_summary.pgs_by_state
if pgs['state_name'] == "active+clean"])
pg_not_active_clean = sum([pgs['count'] for pgs in pg_summary.pgs_by_state
if pgs['state_name'] != "active+clean"])
pg_dict = {"version":version
,"update":update
,"total":pg_total
,"active_clean":pg_active_clean
,"not_active_clean":pg_not_active_clean}
pgdata = json.dumps(pg_dict)
return pgdata
def get_PG():
pg_summary = vsmapi.placement_group_summary(None)
version = pg_summary.version
update = get_time_delta(pg_summary.updated_at)
pg_total = pg_summary.num_pgs
pg_active_clean = sum([pgs['count'] for pgs in pg_summary.pgs_by_state
if pgs['state_name'] == "active+clean"])
pg_not_active_clean = sum([pgs['count'] for pgs in pg_summary.pgs_by_state
if pgs['state_name'] != "active+clean"])
pg_dict = {"version":version
,"update":update
,"total":pg_total
,"active_clean":pg_active_clean
,"not_active_clean":pg_not_active_clean}
pgdata = json.dumps(pg_dict)
return pgdata
def capactiy():
pg_summary = vsmapi.placement_group_summary(None)
capactiy_summary_dict = {
"data_used":
str(0 if not pg_summary.data_bytes else round(
pg_summary.data_bytes * 1.0 / 1024 / 1024 / 1024, 1)) + " GB",
"total_used":
str(0 if not pg_summary.bytes_used else round(
pg_summary.bytes_used * 1.0 / 1024 / 1024 / 1024, 1)) + " GB",
"available":
str(0 if not pg_summary.bytes_avail else round(
pg_summary.bytes_avail * 1.0 / 1024 / 1024 / 1024, 1)) + " GB",
"total":
str(0 if not pg_summary.bytes_total else round(
pg_summary.bytes_total * 1.0 / 1024 / 1024 / 1024, 1)) + " GB"
}
return capactiy_summary_dict
def get_capacity():
pg_summary = vsmapi.placement_group_summary(None)
used_percent = ('%.2f'%((pg_summary.bytes_used/pg_summary.bytes_total)*100));
capacity_dict = {"value":used_percent}
capacitydata = json.dumps(capacity_dict)
return capacitydata
