def update_step(self, argumentMap):
# Decode JSON
stepDescription = {}
try:
stepDescription = json.loads(self.request.body)
except ValueError:
return self.abort(400)
# Check API key
if not self.checkApiKeyIsAdmin(stepDescription.get('api_key')) and not self.checkApiKeyIsAdmin(argumentMap.get('api_key')):
return self.abort(403)
# Check parameters
requiredKeys = ['name', 'number', 'type']
if not self.checkRequiredKeys(stepDescription, requiredKeys):
return self.abort(400)
# Fetch elements
stepName = stepDescription.pop('name')
stepIndex = stepDescription.pop('number')
stepType = stepDescription.pop('type')
stepId = stepDescription.pop('id', None)
# Check type
if not stepType in ['multi', 'warning', 'one']:
return self.abort(400)
# If 'id' is in query string, update, otherwise add the new one
if stepId != None:
entities.apiStep().update(stepName, long(stepIndex), stepType, long(stepId))
self.response.write(json.dumps({ 'success': True }))
else:
entities.apiStep().add(stepName, long(stepIndex), stepType)
self.response.write(json.dumps({ 'success': True }))
def remove_step(self, queryStringArguments):
# Check API key
if not self.checkApiKeyIsAdmin(queryStringArguments.get('api_key')):
return self.abort(403)
# Check parameters
requiredKeys = ['id']
if not self.checkRequiredKeys(queryStringArguments, requiredKeys):
return self.abort(400)
# Get Step id
stepId = queryStringArguments.pop('id')
# Delete step
entities.apiStep().delete(long(stepId))
json.dump({'success': True}, self.response)
def remove_step(self, queryStringArguments):
# Check API key
if not self.checkApiKeyIsAdmin(queryStringArguments.get('api_key')):
return self.abort(403)
# Check parameters
requiredKeys = ['id']
if not self.checkRequiredKeys(queryStringArguments, requiredKeys):
return self.abort(400)
# Get Step id
stepId = queryStringArguments.pop('id')
# Delete step
entities.apiStep().delete(long(stepId))
json.dump({'success': True}, self.response)
def update_step(self, argumentMap):
# Decode JSON
stepDescription = {}
try:
stepDescription = json.loads(self.request.body)
except ValueError:
return self.abort(400)
# Check API key
if not self.checkApiKeyIsAdmin(stepDescription.get(
'api_key')) and not self.checkApiKeyIsAdmin(
argumentMap.get('api_key')):
return self.abort(403)
# Check parameters
requiredKeys = ['name', 'number', 'type']
if not self.checkRequiredKeys(stepDescription, requiredKeys):
return self.abort(400)
# Fetch elements
stepName = stepDescription.pop('name')
stepIndex = stepDescription.pop('number')
stepType = stepDescription.pop('type')
stepId = stepDescription.pop('id', None)
# Check type
if not stepType in ['multi', 'warning', 'one']:
return self.abort(400)
# If 'id' is in query string, update, otherwise add the new one
if stepId != None:
entities.apiStep().update(stepName, long(stepIndex), stepType,
long(stepId))
self.response.write(json.dumps({'success': True}))
else:
entities.apiStep().add(stepName, long(stepIndex), stepType)
self.response.write(json.dumps({'success': True}))
def get_steps(self, argumentMap):
steps = entities.apiStep().search(None)
stepsData = []
for step in steps:
stepData = self.serializableDataFromStep(step)
components = entities.apiComponent().compByStep(step.key().id())
componentsData = []
for component in components:
componentsData.append(self.serializableDataFromComponent(component))
stepData['components'] = componentsData
stepsData.append(stepData)
json.dump(stepsData, self.response)
def get_steps(self, argumentMap):
steps = entities.apiStep().search(None)
stepsData = []
for step in steps:
stepData = self.serializableDataFromStep(step)
components = entities.apiComponent().compByStep(step.key().id())
componentsData = []
for component in components:
componentsData.append(
self.serializableDataFromComponent(component))
stepData['components'] = componentsData
stepsData.append(stepData)
json.dump(stepsData, self.response)
def update_order(self, argumentMap):
# Decode JSON
orderData = {}
try:
orderData = json.loads(self.request.body)
except ValueError:
return self.abort(409)
# Check parameters
requiredKeys = ['components']
if not self.checkRequiredKeys(orderData, requiredKeys):
return self.abort(408)
orderComponents = orderData.pop('components')
orderDateCreation = orderData.pop('dateCreation', time.time())
orderDateSelling = orderData.pop('dateSelling', None)
orderId = orderData.pop('id', None)
orderFId = orderData.pop('fid', None)
# Check API key
if argumentMap.get('api_key'):
orderData['api_key'] = argumentMap.pop('api_key')
apiUser = None
if orderData.has_key('api_key'):
apiUser = entities.apiUser().getApiKey(orderData['api_key'])
if not apiUser:
return self.abort(407)
orderUser = apiUser.key().name()
else:
orderUser = None
# Build components list
componentsIds = []
steps = {}
for compId in orderComponents:
compQuantity = orderComponents[str(compId)]
# Fetch component
component = entities.apiComponent().get(long(compId))
if component == None:
return self.abort(406)
# Fetch step
if component.Step.key().id() not in steps:
step = entities.apiStep().get(component.Step.key().id())
if step == None:
return self.abort(405)
steps[component.Step.key().id()] = step
else:
step = steps[component.Step.key().id()]
# Check number of components for type `one`
if step.type == "one":
return self.abort(402)
# Decrease component stock
component.stock -= compQuantity
component.put()
for i in range(compQuantity):
componentsIds.append(long(compId))
# Favorite Hits
if orderFId != None:
favourite = entities.apifavoriteOrder().get(orderFId)
if not favourite:
return slef.abort(401)
favourite.nbVote += 1
favourite.put()
# Ajout/Update de l'order
if orderId != None:
if not apiUser or not apiUser.admin:
return self.abort(403)
order = entities.apiOrder().update(componentsIds, long(orderId), datetime.datetime.fromtimestamp(orderDateSelling), str(orderUser))
self.response.write(json.dumps({ 'orderId': order.key().id() }))
else:
order = entities.apiOrder().add(componentsIds, datetime.datetime.fromtimestamp(orderDateCreation), str(orderUser))
self.response.write(json.dumps({ 'orderId': order.key().id() }))
def update_order(self, argumentMap):
# Decode JSON
orderData = {}
try:
orderData = json.loads(self.request.body)
except ValueError:
return self.abort(409)
# Check parameters
requiredKeys = ['components']
if not self.checkRequiredKeys(orderData, requiredKeys):
return self.abort(408)
orderComponents = orderData.pop('components')
orderDateCreation = orderData.pop('dateCreation', time.time())
orderDateSelling = orderData.pop('dateSelling', None)
orderId = orderData.pop('id', None)
orderFId = orderData.pop('fid', None)
# Check API key
if argumentMap.get('api_key'):
orderData['api_key'] = argumentMap.pop('api_key')
apiUser = None
if orderData.has_key('api_key'):
apiUser = entities.apiUser().getApiKey(orderData['api_key'])
if not apiUser:
return self.abort(407)
orderUser = apiUser.key().name()
else:
orderUser = None
# Build components list
componentsIds = []
steps = {}
for compId in orderComponents:
compQuantity = orderComponents[str(compId)]
# Fetch component
component = entities.apiComponent().get(long(compId))
if component == None:
return self.abort(406)
# Fetch step
if component.Step.key().id() not in steps:
step = entities.apiStep().get(component.Step.key().id())
if step == None:
return self.abort(405)
steps[component.Step.key().id()] = step
else:
step = steps[component.Step.key().id()]
# Check number of components for type `one`
if step.type == "one":
return self.abort(402)
# Decrease component stock
component.stock -= compQuantity
component.put()
for i in range(compQuantity):
componentsIds.append(long(compId))
# Favorite Hits
if orderFId != None:
favourite = entities.apifavoriteOrder().get(orderFId)
if not favourite:
return slef.abort(401)
favourite.nbVote += 1
favourite.put()
# Ajout/Update de l'order
if orderId != None:
if not apiUser or not apiUser.admin:
return self.abort(403)
order = entities.apiOrder().update(
componentsIds, long(orderId),
datetime.datetime.fromtimestamp(orderDateSelling),
str(orderUser))
self.response.write(json.dumps({'orderId': order.key().id()}))
else:
order = entities.apiOrder().add(
componentsIds,
datetime.datetime.fromtimestamp(orderDateCreation),
str(orderUser))
self.response.write(json.dumps({'orderId': order.key().id()}))