def query():
print(request.json)
if request.json['targets'][0]['type'] == 'table':
series = request.json['targets'][0]['target']
bodies = {
'series A': [{
"columns": [{
"text": "Time",
"type": "time"
}, {
"text": "Country",
" type": "string"
}, {
"text": "Number",
"type": "number"
}],
"rows": [[1234567, "SE", 123], [1234567, "DE", 231],
[1234567, "US", 321]],
"type":
"table"
}],
'series B': [{
"columns": [{
"text": "Time",
"type": "time"
}, {
"text": "Country",
"type": "string"
}, {
"text": "Number",
"type": "number"
}],
"rows": [[1234567, "BE", 123], [1234567, "GE", 231],
[1234567, "PS", 321]],
"type":
"table"
}]
}
series = request.json['targets'][0]['target']
body = dumps(bodies[series])
else:
body = []
start, end = request.json['range']['from'], request.json['range']['to']
for target in request.json['targets']:
name = target['target']
datapoints = create_data_points(FUNCTIONS[name], start, end)
body.append({'target': name, 'datapoints': datapoints})
body = dumps(body)
return HTTPResponse(body=body,
headers={'Content-Type': 'application/json'})
def update_object(path, meta):
path = path.rstrip('/').lstrip('/')
meta_fpath = os.path.join(config.shared_db, path).rstrip('/') + config.special_extension
infos = loads(open(meta_fpath, 'rb').read())
infos.update(meta)
open(meta_fpath, 'wb').write(dumps(infos).encode())
def query():
start, end = request.json['range']['from'], request.json['range']['to']
new_data = None
for target in request.json['targets']:
name = target['target']
for sensor in sensor_list:
if name == sensor:
new_data = convert_to_datapoints(data, name, start, end)
if new_data is None:
for sensor in static_sensor_list:
if name == sensor:
new_data = convert_to_datapoints(
static_data, name, start, end)
body = dumps(new_data)
return HTTPResponse(body=body,
headers={'Content-Type': 'application/json'})
def cb(path):
log.debug('~ Listing %r', path)
# TODO: session + permission mgmt
bottle.response.set_header('Content-Type', 'application/json')
obj = root_objects.list_children(path)
if bottle.request.is_xhr:
log.warning(obj)
return dumps(obj)
bottle.redirect('/')
def search():
return HTTPResponse(body=dumps([
'all', 'sh', 'uttil times', 'gntotal', 'sustotal', 'deathtotal',
'curetotal', 'addcon', 'wjw_addsus', 'adddeath', 'addcure', 'sh_value',
'sh_susNum', 'sh_cureNum', 'sh_deathNum', 'cn_chart_value',
'cn_chart_susNum', 'cn_chart_cureNum', 'cn_chart_deathNum',
'sh_chart_value', 'sh_chart_susNum', 'sh_chart_cureNum',
'sh_chart_deathNum', 'sh uttil times'
]),
headers={'Content-Type': 'application/json'})
def query():
print(request.json)
body = []
parser = get_parser()
args = parser.parse_args()
specs = load_arg(args.access_key_id, args.access_secret, args.region_id)
mon = MonitorEcsTop(specs)
for target in request.json['targets']:
name = target['target']
if name == 'cpu_top_10':
cpu_list = mon.query_cpu_top()
for i in range(10):
datapoints = [[
cpu_list[i]['Average'], cpu_list[i]['timestamp']
]]
name = get_instance_name(cpu_list[i]['instanceId'])
body.append({'target': name, 'datapoints': datapoints})
elif name == 'mem_top_10':
mem_list = mon.query_mem_top()
for i in range(10):
datapoints = [[
mem_list[i]['Average'], mem_list[i]['timestamp']
]]
name = get_instance_name(mem_list[i]['instanceId'])
body.append({'target': name, 'datapoints': datapoints})
elif name == 'disk_top_10':
disk_list = mon.query_disk_top()
for i in range(10):
datapoints = [[
disk_list[i]['Average'], disk_list[i]['timestamp']
]]
name = get_instance_name(disk_list[i]['instanceId'])
body.append({'target': name, 'datapoints': datapoints})
elif name == 'cpu_top':
cpu_list = mon.query_cpu_top()
datapoints = [[cpu_list[0]['Average'], cpu_list[0]['timestamp']]]
name = get_instance_name(cpu_list[0]['instanceId'])
body.append({'target': name, 'datapoints': datapoints})
elif name == 'mem_top':
mem_list = mon.query_mem_top()
datapoints = [[mem_list[0]['Average'], mem_list[0]['timestamp']]]
name = get_instance_name(mem_list[0]['instanceId'])
body.append({'target': name, 'datapoints': datapoints})
elif name == 'disk_top':
disk_list = mon.query_disk_top()
datapoints = [[disk_list[0]['Average'], disk_list[0]['timestamp']]]
name = get_instance_name(disk_list[0]['instanceId'])
body.append({'target': name, 'datapoints': datapoints})
body = dumps(body)
return HTTPResponse(body=body,
headers={'Content-Type': 'application/json'})
def query():
#print(request.json)
body = []
start, end = request.json['range']['from'], request.json['range']['to']
for target in request.json['targets']:
name = target['target']
datapoints = create_data_points(name, start, end)
body.append({'target': name, 'datapoints': datapoints})
body = dumps(body)
#print('body: ', body)
return HTTPResponse(body=body,
headers={'Content-Type': 'application/json'})
def cb():
bottle.response.set_header('Content-Type', 'application/json')
log.debug("search")
yield '['
first = True
# TODO: handle multi-page
pages, results = search( bottle.request.POST['text'], results=100 )
# for item in root_objects.search_objects(bottle.request.POST['text'].encode('utf-8')):
for item in results:
if not first:
yield ','
else:
first = False
yield dumps(item)
yield ']'
def query():
print(request.json)
try:
body = []
start, end = request.json['range']['from'], request.json['range']['to']
for target in request.json['targets']:
name = target['target']
parse()
datapoints = create_data_points(DATA[name], start, end)
print(datapoints)
body.append({'target': name, 'datapoints': datapoints})
body = dumps(body)
except:
print("Something Went Wrong")
return HTTPResponse(body=body,
headers={'Content-Type': 'application/json'})
def query():
try:
parse()
body = []
start, end = request.json['range']['from'], request.json['range']['to']
for target in request.json['targets']:
name = target['target']
parse()
#datapoints = create_data_points(DATA[name], start, end)
datapoints = sorted(DATA[name], key=lambda x: x[1])
body.append({'target': name, 'datapoints': datapoints})
body = dumps(body)
except Exception as e:
print(e)
return HTTPResponse(body=body,
headers={'Content-Type': 'application/json'})
def query():
body = []
request_json = request.json
max_points = request_json["maxDataPoints"]
if request.json['targets'][0]['type'] == 'table':
series = request.json['targets'][0]['target']
body = [{"columns":[{"text": "Date", "type": "text"},
{"text": "Number of Users", "type": "number"},
],
"rows": get_all_rows(max_points)
}]
else:
start, end = request_json['range']['from'], request_json['range']['to']
for target in request.json['targets']:
name = target['target']
datapoints = create_data_points(start, end, max_points)
body.append({'target': name, 'datapoints': datapoints})
body = dumps(body)
return HTTPResponse(body=body,
headers={'Content-Type': 'application/json'})
def search():
print('Static Sensors %s' % static_sensor_list)
return HTTPResponse(body=dumps(sensor_list + static_sensor_list),
headers={'Content-Type': 'application/json'})
def search():
return HTTPResponse(body=dumps(list(DATA.keys())),
headers={'Content-Type': 'application/json'})
def search():
return HTTPResponse(body=dumps(tickers),
headers={'Content-Type': 'application/json'})
def cb(path='/'):
path = _fix_path(path)
log.debug('~ Listing %r', path)
# TODO: session + permission mgmt
bottle.response.set_header('Content-Type', 'application/json')
return dumps( root_objects.list_children(path) )
def query():
print(request.json)
body = []
all_data = getDataSync()
sh_data = getShDataSync()
time_stamp = int(round(time.time() * 1000))
if request.json['targets'][0]['type'] == 'table':
rows = []
for data in all_data['list']:
row = [
data['name'], data['value'], data['susNum'], data['cureNum'],
data['deathNum']
]
rows.append(row)
sh_rows = []
for data in sh_data['city']:
row = [
data['name'], data['conNum'], data['susNum'], data['cureNum'],
data['deathNum']
]
sh_rows.append(row)
bodies = {
'all': [{
"columns": [{
"text": "省份",
"type": "name"
}, {
"text": "确诊",
" type": "conNum"
}, {
"text": "疑似",
" type": "susNum"
}, {
"text": "治愈",
"type": "cureNum"
}, {
"text": "死亡",
"type": "deathNum"
}],
"rows":
rows,
"type":
"table"
}],
'sh': [{
"columns": [{
"text": "省份",
"type": "name"
}, {
"text": "确诊",
" type": "value"
}, {
"text": "疑似",
" type": "susNum"
}, {
"text": "治愈",
"type": "cureNum"
}, {
"text": "死亡",
"type": "deathNum"
}],
"rows":
sh_rows,
"type":
"table"
}]
}
series = request.json['targets'][0]['target']
body = dumps(bodies[series])
else:
for target in request.json['targets']:
name = target['target']
if name == 'gntotal':
body.append({
'target': 'gntotal',
'datapoints': [[all_data['gntotal'], time_stamp]]
})
if name == 'sustotal':
body.append({
'target': 'sustotal',
'datapoints': [[all_data['sustotal'], time_stamp]]
})
if name == 'curetotal':
body.append({
'target': 'curetotal',
'datapoints': [[all_data['curetotal'], time_stamp]]
})
if name == 'deathtotal':
body.append({
'target':
'deathtotal',
'datapoints': [[all_data['deathtotal'], time_stamp]]
})
if name == 'uttil times':
body.append({
'target': 'uttil times',
'datapoints': [[all_data['times'], time_stamp]]
})
if name == 'addcon':
body.append({
'target':
'addcon',
'datapoints':
[[all_data['add_daily']['addcon'], time_stamp]]
})
if name == 'wjw_addsus':
body.append({
'target':
'wjw_addsus',
'datapoints':
[[all_data['add_daily']['wjw_addsus'], time_stamp]]
})
if name == 'adddeath':
body.append({
'target':
'adddeath',
'datapoints':
[[all_data['add_daily']['adddeath'], time_stamp]]
})
if name == 'addcure':
body.append({
'target':
'addcure',
'datapoints':
[[all_data['add_daily']['addcure'], time_stamp]]
})
if name == 'cn_chart_value':
historylist = all_data['historylist']
datapoints = []
for history in historylist:
his_time = '2020.{history}'.format(history=history['date'])
timeStamp = int(
time.mktime(
datetime.strptime(his_time,
'%Y.%m.%d').timetuple())) * 1000
datapoints.append([history['cn_conNum'], timeStamp])
body.append({'target': '确诊', 'datapoints': datapoints})
if name == 'cn_chart_susNum':
historylist = all_data['historylist']
datapoints = []
for history in historylist:
his_time = '2020.{history}'.format(history=history['date'])
timeStamp = int(
time.mktime(
datetime.strptime(his_time,
'%Y.%m.%d').timetuple())) * 1000
datapoints.append([history['cn_susNum'], timeStamp])
body.append({'target': '疑似', 'datapoints': datapoints})
if name == 'cn_chart_cureNum':
historylist = all_data['historylist']
datapoints = []
for history in historylist:
his_time = '2020.{history}'.format(history=history['date'])
timeStamp = int(
time.mktime(
datetime.strptime(his_time,
'%Y.%m.%d').timetuple())) * 1000
datapoints.append([history['cn_cureNum'], timeStamp])
body.append({'target': '治愈', 'datapoints': datapoints})
if name == 'cn_chart_deathNum':
historylist = all_data['historylist']
datapoints = []
for history in historylist:
his_time = '2020.{history}'.format(history=history['date'])
timeStamp = int(
time.mktime(
datetime.strptime(his_time,
'%Y.%m.%d').timetuple())) * 1000
datapoints.append([history['cn_deathNum'], timeStamp])
body.append({'target': '死亡', 'datapoints': datapoints})
if name == 'sh uttil times':
body.append({
'target': 'uttil times',
'datapoints': [[sh_data['times'], time_stamp]]
})
if name == 'sh_value':
body.append({
'target': 'sh_value',
'datapoints': [[sh_data['contotal'], time_stamp]]
})
if name == 'sh_susNum':
body.append({
'target': 'sh_susNum',
'datapoints': [[sh_data['sustotal'], time_stamp]]
})
if name == 'sh_cureNum':
body.append({
'target': 'sh_cureNum',
'datapoints': [[sh_data['curetotal'], time_stamp]]
})
if name == 'sh_deathNum':
body.append({
'target': 'sh_deathNum',
'datapoints': [[sh_data['deathtotal'], time_stamp]]
})
if name == 'sh_chart_value':
historylist = sh_data['historylist']
datapoints = []
for history in historylist:
his_time = '2020.{history}'.format(history=history['date'])
timeStamp = int(
time.mktime(
datetime.strptime(his_time,
'%Y.%m.%d').timetuple())) * 1000
datapoints.append([history['conNum'], timeStamp])
body.append({'target': '确诊', 'datapoints': datapoints})
if name == 'sh_chart_susNum':
historylist = sh_data['historylist']
datapoints = []
for history in historylist:
his_time = '2020.{history}'.format(history=history['date'])
timeStamp = int(
time.mktime(
datetime.strptime(his_time,
'%Y.%m.%d').timetuple())) * 1000
datapoints.append([history['susNum'], timeStamp])
body.append({'target': '疑似', 'datapoints': datapoints})
if name == 'sh_chart_cureNum':
historylist = sh_data['historylist']
datapoints = []
for history in historylist:
his_time = '2020.{history}'.format(history=history['date'])
timeStamp = int(
time.mktime(
datetime.strptime(his_time,
'%Y.%m.%d').timetuple())) * 1000
datapoints.append([history['cureNum'], timeStamp])
body.append({'target': '治愈', 'datapoints': datapoints})
if name == 'sh_chart_deathNum':
historylist = sh_data['historylist']
datapoints = []
for history in historylist:
his_time = '2020.{history}'.format(history=history['date'])
timeStamp = int(
time.mktime(
datetime.strptime(his_time,
'%Y.%m.%d').timetuple())) * 1000
datapoints.append([history['deathNum'], timeStamp])
body.append({'target': '死亡', 'datapoints': datapoints})
body = dumps(body)
return HTTPResponse(body=body,
headers={'Content-Type': 'application/json'})
def search():
return HTTPResponse(body=dumps(['17dh0cf43jg77n', '17dh0cf43jg77j']),
headers={'Content-Type': 'application/json'})
def search():
conn = sqlite3.connect('cms.db')
cursor = conn.cursor()
print(request.json)
produce_type = request.json['target']
if produce_type == '':
return HTTPResponse(body=dumps([
'cpu_top_10', 'mem_top_10', 'disk_top_10', 'cpu_top', 'mem_top',
'disk_top'
]),
headers={'Content-Type': 'application/json'})
elif produce_type.startswith('all('):
sql = 'select id from {0}'.format(
re.findall(r'[(](.*?)[)]', produce_type.replace('\\', ''))[0])
cursor.execute(sql)
values = cursor.fetchall()
result = []
for val in values:
result.append('{"instanceId":"' + val[0] + '"}')
body = [','.join(result)]
elif produce_type.startswith('num('):
sql = 'select count(*) from {0}'.format(
re.findall(r'[(](.*?)[)]', produce_type.replace('\\', ''))[0])
cursor.execute(sql)
values = cursor.fetchall()
body = values[0]
elif produce_type.startswith('ecs_ip('):
cursor.execute(
'select ip from ecs where name=?',
(re.findall(r'[(](.*?)[)]', produce_type.replace('\\', ''))),
)
values = cursor.fetchall()
body = values[0]
elif '((' in produce_type:
db_name = produce_type.split('((')[0]
names = re.findall(r'[(][(](.*?)[)][)]',
produce_type.replace('\\',
''))[0].replace('|', '","')
sql = 'select id from {0} where name in ("{1}")'.format(db_name, names)
cursor.execute(sql)
values = cursor.fetchall()
result = []
for val in values:
result.append('{"instanceId":"' + val[0] + '"}')
body = [','.join(result)]
elif '(' in produce_type:
sql = 'select id from {0} where name="{1}"'.format(
produce_type.split('(')[0],
re.findall(r'[(](.*?)[)]', produce_type.replace('\\', ''))[0])
print(sql)
cursor.execute(sql)
values = cursor.fetchall()
body = [str({"instanceId": values[0][0]})]
else:
cursor.execute('select name from {0}'.format(produce_type))
values = cursor.fetchall()
body = []
for value in values:
body.append(value[0])
cursor.close()
conn.close()
return HTTPResponse(body=dumps(body),
headers={'Content-Type': 'application/json'})
def search():
return HTTPResponse(body=dumps(['users-vs-time', 'tracking-table']),
headers={'Content-Type': 'application/json'})
def get_refresh():
parser = get_parser()
args = parser.parse_args()
refresh(args)
return HTTPResponse(body=dumps(['refresh resource']),
headers={'Content-Type': 'application/json'})
def query():
body = []
request_json = request.json
max_points = request_json["maxDataPoints"]
if request.json['targets'][0]['type'] == 'table':
series = request.json['targets'][0]['target']
bodies = {
'17dh0cf43jg77n': [{
"columns": [{
"text": "Date",
"type": "time"
}, {
"text": "Humidity",
"type": "number"
}, {
"text": "Longitude",
"type": "number"
}, {
"text": "Latitude",
"type": "number"
}, {
"text": "Device ID",
"type": "number"
}],
"rows":
get_all_rows(max_points, 357518080233232),
"type":
"table"
}],
'17dh0cf43jg77j': [{
"columns": [{
"text": "Date",
"type": "time"
}, {
"text": "Humidity",
"type": "number"
}, {
"text": "Longitude",
"type": "number"
}, {
"text": "Latitude",
"type": "number"
}, {
"text": "Device ID",
"type": "number"
}],
"rows":
get_all_rows(max_points, 357518080249493),
"type":
"table"
}]
}
# else:
# start, end = request_json['range']['from'], request_json['range']['to']
# for target in request.json['targets']:
# name = target['target']
# datapoints = create_data_points(start, end, max_points)
# body.append({'target': name, 'datapoints': datapoints})
body = dumps(bodies[series])
return HTTPResponse(body=body,
headers={'Content-Type': 'application/json'})
def query():
body = []
request_json = request.json
max_points = request_json["maxDataPoints"]
if request.json['targets'][0]['type'] == 'table':
series = request.json['targets'][0]['target']
bodies = {
'17dh0cf43jg77n': [{
"columns":[
{"text": "Date", "type": "time"},
{"text": "Temperature", "type": "number"},
{"text": "Humidity", "type": "number"},
{"text": "Longitude", "type": "number"},
{"text": "Latitude", "type": "number"},
{"text": "PM 1.0", "type": "number"},
{"text": "PM 2.5", "type": "number"},
{"text": "PM 10", "type": "number"}
],
"rows": get_all_rows(max_points, 357518080233232),
"type": "table"
}],
'17dh0cf43jg77j': [{
"columns":[
{"text": "Date", "type": "time"},
{"text": "Temperature", "type": "number"},
{"text": "Humidity", "type": "number"},
{"text": "Longitude", "type": "number"},
{"text": "Latitude", "type": "number"},
{"text": "PM 1.0", "type": "number"},
{"text": "PM 2.5", "type": "number"},
{"text": "PM 10", "type": "number"}
],
"rows": get_all_rows(max_points, 357518080249493),
"type": "table"
}],
'17dh0cf43jg77l': [{
"columns":[
{"text": "Date", "type": "time"},
{"text": "Temperature", "type": "number"},
{"text": "Humidity", "type": "number"},
{"text": "Longitude", "type": "number"},
{"text": "Latitude", "type": "number"},
{"text": "PM 1.0", "type": "number"},
{"text": "PM 2.5", "type": "number"},
{"text": "PM 10", "type": "number"}
],
"rows": get_all_rows(max_points, 357518080231574),
"type": "table"
}],
'17dh0cf43jg783': [{
"columns":[
{"text": "Date", "type": "time"},
{"text": "Temperature", "type": "number"},
{"text": "Humidity", "type": "number"},
{"text": "Longitude", "type": "number"},
{"text": "Latitude", "type": "number"},
{"text": "PM 1.0", "type": "number"},
{"text": "PM 2.5", "type": "number"},
{"text": "PM 10", "type": "number"}
],
"rows": get_all_rows(max_points, 357518080249428),
"type": "table"
}],
'17dh0cf43jg781': [{
"columns":[
{"text": "Date", "type": "time"},
{"text": "Temperature", "type": "number"},
{"text": "Humidity", "type": "number"},
{"text": "Longitude", "type": "number"},
{"text": "Latitude", "type": "number"},
{"text": "PM 1.0", "type": "number"},
{"text": "PM 2.5", "type": "number"},
{"text": "PM 10", "type": "number"}
],
"rows": get_all_rows(max_points, 357518080249352),
"type": "table"
}],
'17dh0cf43jg6n4': [{
"columns":[
{"text": "Date", "type": "time"},
{"text": "Temperature", "type": "number"},
{"text": "Humidity", "type": "number"},
{"text": "Longitude", "type": "number"},
{"text": "Latitude", "type": "number"},
{"text": "PM 1.0", "type": "number"},
{"text": "PM 2.5", "type": "number"},
{"text": "PM 10", "type": "number"}
],
"rows": get_all_rows(max_points, 357518080231251),
"type": "table"
}],
'17dh0cf43jg7ka': [{
"columns":[
{"text": "Date", "type": "time"},
{"text": "Temperature", "type": "number"},
{"text": "Humidity", "type": "number"},
{"text": "Longitude", "type": "number"},
{"text": "Latitude", "type": "number"},
{"text": "PM 1.0", "type": "number"},
{"text": "PM 2.5", "type": "number"},
{"text": "PM 10", "type": "number"}
],
"rows": get_all_rows(max_points, 357518080231095),
"type": "table"
}]}
body = dumps(bodies[series])
return HTTPResponse(body=body,
headers={'Content-Type': 'application/json'})
def search():
return HTTPResponse(body=dumps(['series A', 'series B']),
headers={'Content-Type': 'application/json'})
def get_object_from_path(path):
"""
returns metadata for an item from its path.
List of supported metadata:
- id
- size
- name
- descr
- mime
:arg path: the path of the item
:type path: str
"""
# print('GET %s'%(path))
# TODO: pure metadata reading // a metadata injector will act asychronously
path = path.rstrip('/').lstrip('/')
fpath = os.path.join(config.shared_root, path).rstrip('/')
meta_fpath = os.path.join(config.shared_db, path).rstrip('/') + config.special_extension
infos = None
try:
# print('load %s'%meta_fpath)
infos = loads(open(meta_fpath, 'rb').read())
except (OSError, IOError, FileNotFoundError):
if not os.path.exists(fpath):
return {'error': True, 'message': 'File not found', 'link': path} # or "choices" + "default", instead of link
else:
file_type = guess_type(fpath)
# We have to create an item, we don't have infos yet !
if not infos:
st = os.stat(fpath)
if '/' in path:
name = path.rsplit('/', 1)[1]
else:
name = path
infos = {'size': st.st_size,
'link': name,
'title': (name.rsplit('.', 1)[0] if '.' else name).replace('-', ' ').replace('_', ' ').strip().title(),
'descr': '',
'mime': file_type}
# create parent directory
parent = os.path.dirname( meta_fpath )
if not os.path.exists( parent ):
try:
os.makedirs( parent )
except (OSError, FileExistsError):
pass
# save it
if path: # do not save root
try:
open(meta_fpath, 'wb').write(dumps(infos).encode())
except (OSError, IOError, PermissionError) as e:
log.error('Unable to save metadata as %r: %r', meta_fpath, e)
return infos