def addConfig(h, c):
if h and c:
res = Resource()
res.name = 'Config'
res.type = 'config'
res.resource_id = c.id
res.host = h
res.save()
def auto_detect(engine_ip, engine_port, container_id):
ip = IP.objects.filter(ipv4__contains=engine_ip)
if ip:
containerinfo = dockerclient.detect(engine_ip, engine_port,
container_id)
if containerinfo:
app = APPLICATION()
app.name = "[auto detect]" + containerinfo['container_name']
app.description = "[auto detect]" + str(
containerinfo['container_name'])
app.containerid = container_id
app.containername = containerinfo['container_name']
app.image = containerinfo['image']
app.created = containerinfo['created']
app.status = containerinfo['status']
app.engineip = engine_ip
app.engineport = engine_port
app.save()
i = ip.first()
res = Resource.objects.filter(type='ip', resource_id=i.id)
host = res.first().host
res = Resource()
res.type = "application"
res.host = host
res.resource_id = app.id
res.save()
def addConfig(h,c):
if h and c:
res=Resource()
res.name='Config'
res.type='config'
res.resource_id=c.id
res.host=h
res.save()
def create(cont):
def construct_ruby_object(loader, suffix, node):
return loader.construct_yaml_map(node)
def construct_ruby_sym(loader, node):
return loader.construct_yaml_str(node)
def timestamp_constructor(loader, node):
return dateutil.parser.parse(node.value)
yaml.add_multi_constructor(u"!ruby/object:", construct_ruby_object)
yaml.add_constructor(u"!ruby/sym", construct_ruby_sym)
yaml.add_constructor(u'tag:yaml.org,2002:timestamp', timestamp_constructor)
d = yaml.load(cont)
certname = d['host']
hostname = certname[0:-5]
hosts = Host.objects.filter(name__iexact=hostname)
if hosts:
host = hosts.first()
ppreport = PPREPORT()
ppreport.status = d['status']
ppreport.time = d['time']
ppreport.version = d['puppet_version']
ppreport.save()
for m1 in d['metrics']:
for m2 in d['metrics'][m1]['values']:
ppmetrics = PPMETRICS()
ppmetrics.report = ppreport
ppmetrics.category = d['metrics'][m1]['name']
ppmetrics.name = m2[0]
ppmetrics.value = m2[2]
ppmetrics.save()
for rel in d['logs']:
ppreportlog = PPREPORTLOG()
ppreportlog.report = ppreport
ppreportlog.level = rel['level']
ppreportlog.message = rel['message']
ppreportlog.time = rel['time']
ppreportlog.save()
res = Resource()
res.host = host
res.name = ""
res.type = "ppreport"
res.resource_id = ppreport.id
res.save()
def upload(request):
file = request.FILES['file']
instance = Resource()
instance.name = file.name
instance.size = file.size
instance.content_type = file.content_type
instance.storage = file
instance.save()
return JsonResponse({
'id': instance.id,
'name': instance.name,
'url': instance.storage.url
})
def create(cont):
def construct_ruby_object(loader, suffix, node):
return loader.construct_yaml_map(node)
def construct_ruby_sym(loader, node):
return loader.construct_yaml_str(node)
def timestamp_constructor(loader, node):
return dateutil.parser.parse(node.value)
yaml.add_multi_constructor(u"!ruby/object:", construct_ruby_object)
yaml.add_constructor(u"!ruby/sym", construct_ruby_sym)
yaml.add_constructor(u'tag:yaml.org,2002:timestamp', timestamp_constructor)
d=yaml.load(cont)
certname=d['host']
hostname=certname[0:-5]
hosts=Host.objects.filter(name__iexact=hostname)
if hosts:
host=hosts.first()
ppreport=PPREPORT()
ppreport.status=d['status']
ppreport.time=d['time']
ppreport.version=d['puppet_version']
ppreport.save()
for m1 in d['metrics']:
for m2 in d['metrics'][m1]['values']:
ppmetrics=PPMETRICS()
ppmetrics.report=ppreport
ppmetrics.category=d['metrics'][m1]['name']
ppmetrics.name=m2[0]
ppmetrics.value=m2[2]
ppmetrics.save()
for rel in d['logs']:
ppreportlog=PPREPORTLOG()
ppreportlog.report=ppreport
ppreportlog.level=rel['level']
ppreportlog.message=rel['message']
ppreportlog.time=rel['time']
ppreportlog.save()
res=Resource()
res.host=host
res.name=""
res.type="ppreport"
res.resource_id=ppreport.id
res.save()
def createByGroup(groupid,key,value):
group=Group.objects.filter(id=groupid)
if group:
hosts=Host.objects.filter(group=group).all()
if hosts:
for host in hosts:
para=PARAMETER()
para.key=key
para.value=value
para.save()
res=Resource()
res.name="params"
res.type="parameter"
res.resource_id=para.id
res.host=host
res.save()
def createByHost(hostid,key,value):
hosts=Host.objects.filter(id=hostid)
if hosts:
host=hosts.first()
para=PARAMETER()
para.key=key
para.value=value
para.save()
res=Resource()
res.name="params"
res.type="parameter"
res.resource_id=para.id
res.host=host
res.save()
return para.id
def create_detect(host_id, engine_ip, engine_port, container_id, app_name,
app_desc):
containerinfo = dockerclient.detect(engine_ip, engine_port, container_id)
if containerinfo:
app = APPLICATION()
app.name = app_name
app.description = app_desc
app.containerid = container_id
app.containername = containerinfo['container_name']
app.image = containerinfo['image']
app.created = containerinfo['created']
app.status = containerinfo['status']
app.engineip = engine_ip
app.engineport = engine_port
app.save()
hosts = Host.objects.filter(id=host_id)
if hosts:
host = hosts.first()
res = Resource()
res.type = "application"
res.host = host
res.resource_id = app.id
res.save()
def create_detect(host_id,engine_ip,engine_port,container_id,app_name,app_desc):
containerinfo=dockerclient.detect(engine_ip, engine_port, container_id)
if containerinfo:
app=APPLICATION()
app.name=app_name
app.description=app_desc
app.containerid=container_id
app.containername=containerinfo['container_name']
app.image=containerinfo['image']
app.created=containerinfo['created']
app.status=containerinfo['status']
app.engineip=engine_ip
app.engineport=engine_port
app.save()
hosts=Host.objects.filter(id=host_id)
if hosts:
host=hosts.first()
res=Resource()
res.type="application"
res.host=host
res.resource_id=app.id
res.save()
def auto_detect(engine_ip,engine_port,container_id):
ip=IP.objects.filter(ipv4__contains=engine_ip)
if ip:
containerinfo=dockerclient.detect(engine_ip, engine_port, container_id)
if containerinfo:
app=APPLICATION()
app.name="[auto detect]"+containerinfo['container_name']
app.description="[auto detect]"+str(containerinfo['container_name'])
app.containerid=container_id
app.containername=containerinfo['container_name']
app.image=containerinfo['image']
app.created=containerinfo['created']
app.status=containerinfo['status']
app.engineip=engine_ip
app.engineport=engine_port
app.save()
i=ip.first()
res=Resource.objects.filter(type='ip',resource_id=i.id)
host=res.first().host
res=Resource()
res.type="application"
res.host=host
res.resource_id=app.id
res.save()
def update(hostid, s, sip):
if len(s) == 12:
host = Host.objects.filter(id=hostid)
if host:
host = host.first()
os_rid = Resource.objects.filter(host=host, type='os')
hw_rid = Resource.objects.filter(host=host, type='hardware')
user_rid = Resource.objects.filter(host=host, type='user')
for rid in os_rid:
OS.objects.filter(id=rid.resource_id).all().delete()
rid.delete()
for rid in hw_rid:
HARDWARE.objects.filter(id=rid.resource_id).all().delete()
rid.delete()
for rid in user_rid:
USER.objects.filter(id=rid.resource_id).all().delete()
rid.delete()
os = OS()
os.operatingsystem = s['operatingsystem']
os.operatingsystemrelease = s['operatingsystemrelease']
os.kernel = s['kernel']
os.kernelversion = s['kernelversion']
os.save()
res = Resource()
res.name = 'OS'
res.type = 'os'
res.resource_id = os.id
res.host = host
res.save()
hardware = HARDWARE()
hardware.architecture = s['architecture']
hardware.processortype = s['processortype']
hardware.processorcount = s['processorcount']
hardware.memorytotal = s['memorytotal']
hardware.uniqueid = s['uniqueid']
hardware.is_virtual = True if s['is_virtual'] == 'True' else False
hardware.save()
res = Resource()
res.name = 'Hardware'
res.type = 'hardware'
res.resource_id = hardware.id
res.host = host
res.save()
for u in s['user']:
user = USER()
user.name = u['name']
user.group = u['group']
user.locked = True if u['locked'] == 'true' else False
user.save()
res = Resource()
res.name = 'User list'
res.type = 'user'
res.resource_id = user.id
res.host = host
res.save()
def execute(self, **kwargs):
event = EventSource.stored.create(**kwargs)
Resource.handle_event(event)
def create(s,sip):
if len(s)==12:
os=OS()
os.operatingsystem=s['operatingsystem']
os.operatingsystemrelease=s['operatingsystemrelease']
os.kernel=s['kernel']
os.kernelversion=s['kernelversion']
os.save()
hardware=HARDWARE()
hardware.architecture=s['architecture']
hardware.processortype=s['processortype']
hardware.processorcount=s['processorcount']
hardware.memorytotal=s['memorytotal']
hardware.uniqueid=s['uniqueid']
hardware.is_virtual=True if s['is_virtual']=='True' else False
hardware.save()
ip=IP()
ip.ipv4=sip
ip.save()
host=Host()
host.name=s['hostname']
host.save()
for u in s['user']:
user=USER()
user.name=u['name']
user.group=u['group']
user.locked=True if u['locked']=='true' else False
user.save()
res=Resource()
res.name='User list'
res.type='user'
res.resource_id=user.id
res.host=host
res.save()
res=Resource()
res.name='OS'
res.type='os'
res.resource_id=os.id
res.host=host
res.save()
res=Resource()
res.name='Hardware'
res.type='hardware'
res.resource_id=hardware.id
res.host=host
res.save()
res=Resource()
res.name='IP Address'
res.type='ip'
res.resource_id=ip.id
res.host=host
res.save()
def update(hostid,s,sip):
if len(s)==12:
host=Host.objects.filter(id=hostid)
if host:
host=host.first()
os_rid=Resource.objects.filter(host=host,type='os')
hw_rid=Resource.objects.filter(host=host,type='hardware')
user_rid=Resource.objects.filter(host=host,type='user')
for rid in os_rid:
OS.objects.filter(id=rid.resource_id).all().delete()
rid.delete()
for rid in hw_rid:
HARDWARE.objects.filter(id=rid.resource_id).all().delete()
rid.delete()
for rid in user_rid:
USER.objects.filter(id=rid.resource_id).all().delete()
rid.delete()
os=OS()
os.operatingsystem=s['operatingsystem']
os.operatingsystemrelease=s['operatingsystemrelease']
os.kernel=s['kernel']
os.kernelversion=s['kernelversion']
os.save()
res=Resource()
res.name='OS'
res.type='os'
res.resource_id=os.id
res.host=host
res.save()
hardware=HARDWARE()
hardware.architecture=s['architecture']
hardware.processortype=s['processortype']
hardware.processorcount=s['processorcount']
hardware.memorytotal=s['memorytotal']
hardware.uniqueid=s['uniqueid']
hardware.is_virtual=True if s['is_virtual']=='True' else False
hardware.save()
res=Resource()
res.name='Hardware'
res.type='hardware'
res.resource_id=hardware.id
res.host=host
res.save()
for u in s['user']:
user=USER()
user.name=u['name']
user.group=u['group']
user.locked=True if u['locked']=='true' else False
user.save()
res=Resource()
res.name='User list'
res.type='user'
res.resource_id=user.id
res.host=host
res.save()
if containerinfo:
app = APPLICATION()
app.name = name
app.description = description
app.containerid = containerinfo['container_id']
app.containername = containerinfo['container_name']
app.image = containerinfo['image']
app.created = containerinfo['created']
app.status = containerinfo['status']
app.engineip = engine_ip
app.engineport = engine_port
app.save()
hosts = Host.objects.filter(id=host_id)
if hosts:
host = hosts.first()
res = Resource()
res.type = "application"
res.host = host
res.resource_id = app.id
res.save()
return "create success"
def create_detect(host_id, engine_ip, engine_port, container_id, app_name,
app_desc):
containerinfo = dockerclient.detect(engine_ip, engine_port, container_id)
if containerinfo:
app = APPLICATION()
app.name = app_name
app.description = app_desc
app.containerid = container_id
def create(s, sip):
if len(s) == 12:
os = OS()
os.operatingsystem = s['operatingsystem']
os.operatingsystemrelease = s['operatingsystemrelease']
os.kernel = s['kernel']
os.kernelversion = s['kernelversion']
os.save()
hardware = HARDWARE()
hardware.architecture = s['architecture']
hardware.processortype = s['processortype']
hardware.processorcount = s['processorcount']
hardware.memorytotal = s['memorytotal']
hardware.uniqueid = s['uniqueid']
hardware.is_virtual = True if s['is_virtual'] == 'True' else False
hardware.save()
ip = IP()
ip.ipv4 = sip
ip.save()
host = Host()
host.name = s['hostname']
host.save()
for u in s['user']:
user = USER()
user.name = u['name']
user.group = u['group']
user.locked = True if u['locked'] == 'true' else False
user.save()
res = Resource()
res.name = 'User list'
res.type = 'user'
res.resource_id = user.id
res.host = host
res.save()
res = Resource()
res.name = 'OS'
res.type = 'os'
res.resource_id = os.id
res.host = host
res.save()
res = Resource()
res.name = 'Hardware'
res.type = 'hardware'
res.resource_id = hardware.id
res.host = host
res.save()
res = Resource()
res.name = 'IP Address'
res.type = 'ip'
res.resource_id = ip.id
res.host = host
res.save()
if containerinfo:
app=APPLICATION()
app.name=name
app.description=description
app.containerid=containerinfo['container_id']
app.containername=containerinfo['container_name']
app.image=containerinfo['image']
app.created=containerinfo['created']
app.status=containerinfo['status']
app.engineip=engine_ip
app.engineport=engine_port
app.save()
hosts=Host.objects.filter(id=host_id)
if hosts:
host=hosts.first()
res=Resource()
res.type="application"
res.host=host
res.resource_id=app.id
res.save()
return "create success"
def create_detect(host_id,engine_ip,engine_port,container_id,app_name,app_desc):
containerinfo=dockerclient.detect(engine_ip, engine_port, container_id)
if containerinfo:
app=APPLICATION()
app.name=app_name
app.description=app_desc
app.containerid=container_id
app.containername=containerinfo['container_name']
app.image=containerinfo['image']