def action():
"""
Verify authentication token is being accepted by pool.
"""
# get the appliance configuration
appliance = db.session.query(Appliance).first()
if appliance.apitoken:
response = pool_connect("authorization", appliance)
print response['result']['message']
else:
configure_blurb()
def action():
"""
Verify authentication token is being accepted by pool.
"""
# get the appliance configuration
appliance = db.session.query(Appliance).first()
if appliance.apitoken:
response = pool_connect("authorization", appliance)
print response['result']['message']
else:
configure_blurb()
def token_validate(): # update appliance database with a new token appliance = db.session.query(Appliance).first() # check with pool operator response = pool_connect(method="authorization", appliance=appliance) if response['response'] == "success": # flush the cached status Status().flush() return jsonify(response) else: return jsonify(response), 401
def token_validate():
# update appliance database with a new token
appliance = db.session.query(Appliance).first()
# check with pool operator
response = pool_connect(method="authorization", appliance=appliance)
if response['response'] == "success":
# flush the cached status
Status().flush()
return jsonify(response)
else:
return jsonify(response), 401
def sync(self, appliance): # grab image list from pool server response = pool_connect(method="images", appliance=appliance) if response['response'] == "success": remoteimages = response['result'] # update database for images for remoteimage in remoteimages['images']: # see if we have a matching image image = db.session.query(Images).filter_by(name=remoteimage['name']).first() # check if we need to delete image from local db # b'001000' indicates delete image # TODO: need to cleanup OpenStack images if we uninstall if (remoteimage['flags'] & 8) == 8: # only delete if we have it if image is not None: # try to delete the local copy uninstall_image(image) # remove the image from the database image.delete(image) else: # we don't have it, so we do nothing pass # we don't have the image coming in from the server, so install elif image is None: # create a new image image = Images() epoch_time = int(time.time()) image.created = epoch_time image.updated = epoch_time image.name = remoteimage['name'] image.description = remoteimage['description'] image.url = remoteimage['url'] image.size = remoteimage['size'] # used as a suggestion of size only image.cache = 1 # cache locally (unlike dynamic images) image.diskformat = remoteimage['diskformat'] image.containerformat = remoteimage['containerformat'] image.active = 1 # indicates we know about it, but not downloaded image.flags = remoteimage['flags'] # add and commit image.update(image) else: # update image from remote images (local lookup was by name) epoch_time = int(time.time()) image.description = remoteimage['description'] if image.url != remoteimage['url']: image.url = remoteimage['url'] image.updated = epoch_time if image.diskformat != remoteimage['diskformat']: image.diskformat = remoteimage['diskformat'] image.updated = epoch_time if image.containerformat != remoteimage['containerformat']: image.containerformat = remoteimage['containerformat'] image.updated = epoch_time if image.flags != remoteimage['flags']: image.flags = remoteimage['flags'] image.updated = epoch_time # update image.update(image) # grab a new copy of the images in database images = db.session.query(Images).all() # overload the results with the list of current images response['result']['images'] = [] images = db.session.query(Images).all() for image in images: response['result']['images'].append(row2dict(image)) return response # failure contacting server else: # lift respose from server call to view return response
def check_settings(self):
status = db.session.query(Status).first()
# calculate cache timeout (120 seconds)
epoch_time = int(time.time())
try:
if (status.updated + 900) < epoch_time:
# it's been 15 minutes so we are hot
check = True
else:
check = False
except:
# need to create a new entry
check = True
status = Status()
# objects
appliance = Appliance().get()
openstack = OpenStack()
flavors = Flavors()
# if the cache time has been a while, or we are on
# the configuration page, check settings and cache
if check:
app.logger.info("Running full status check.")
# openstack connected?
openstack_check = openstack.check()
status.openstack_check = openstack_check['result']
# coinbase tokens working?
coinbase_check = coinbase_checker(appliance)
status.coinbase_check = coinbase_check
# token valid?
response = pool_connect(method='authorization', appliance=appliance)
if response['response'] == "success":
token_check = True
else:
token_check = False
status.token_check = token_check
# update database
status.updated = epoch_time
# ngrok connection
ngrok_check = ngrok_checker(appliance)
status.ngrok_check = ngrok_check
# one flavor installed?
flavors_check = flavors.check()
status.flavors_check = flavors_check
status.update()
else:
# app.logger.info("Running partial status check.")
# stuff we check all the time
# openstack connected?
openstack_check = openstack.check()
status.openstack_check = openstack_check['result']
# ngrok connection
ngrok_check = ngrok_checker(appliance)
status.ngrok_check = ngrok_check
# one flavor installed?
flavors_check = flavors.check()
status.flavors_check = flavors_check
# update
status.update()
# build the response object
settings = {
"flavors": status.flavors_check,
"openstack": status.openstack_check,
"coinbase": status.coinbase_check,
"ngrok": status.ngrok_check,
"token": status.token_check,
}
return settings
def sync(self, appliance): # grab image list from pool server response = pool_connect(method="flavors", appliance=appliance) # remote sync if response['response'] == "success": remoteflavors = response['result'] # update the database with the flavors for remoteflavor in remoteflavors['flavors']: flavor = db.session.query(Flavors).filter_by(name=remoteflavor['name']).first() # check if we need to delete flavor from local db # b'001000' indicates delete image # TODO: need to cleanup OpenStack flavor if we uninstall if (remoteflavor['flags'] & 8) == 8: # only delete if we have it if flavor is not None: # remove the flavor from the database flavor.delete(flavor) else: # we don't have it, so we do nothing pass elif flavor is None: # we don't have the flavor coming in from the server flavor = Flavors() # create a new flavor flavor.name = remoteflavor['name'] flavor.description = remoteflavor['description'] flavor.vpus = remoteflavor['vpus'] flavor.memory = remoteflavor['memory'] flavor.disk = remoteflavor['disk'] flavor.network = remoteflavor['network'] flavor.rate = remoteflavor['rate'] flavor.ask = remoteflavor['rate'] # set ask to market rate flavor.hot = remoteflavor['hot'] flavor.launches = remoteflavor['launches'] flavor.flags = remoteflavor['flags'] flavor.active = 1 # add and commit flavor.update(flavor) # we have the flavor and need to update it else: # we have the flavor already, so update flavor.name = remoteflavor['name'] flavor.description = remoteflavor['description'] flavor.vpus = remoteflavor['vpus'] flavor.memory = remoteflavor['memory'] flavor.disk = remoteflavor['disk'] flavor.network = remoteflavor['network'] flavor.rate = remoteflavor['rate'] flavor.hot = remoteflavor['hot'] # we leave flavor.ask alone # we leave flavor.active alone flavor.launches = remoteflavor['launches'] flavor.flags = remoteflavor['flags'] # update flavor.update(flavor) # overload the results with the list of current flavors response['result']['flavors'] = [] flavors = db.session.query(Flavors).all() for flavor in flavors: response['result']['flavors'].append(row2dict(flavor)) return response
