def objectsList(self, filter, params):
# ====================================================================#
# Prepare Search Settings
try:
limit = params["max"]
except:
limit = 25
try:
offset = params["offset"]
except:
offset = 0
# ====================================================================#
# Execute Search Query
query = self.getObjectClass().select().limit(limit).offset(offset)
# ====================================================================#
# Init Results
objects = {}
# ====================================================================#
# Walk on Results
try:
for faker_object in query:
objects["short-" +
str(faker_object.id)] = self.toListData(faker_object)
except Exception as exception:
Framework.log().error(exception.message)
# ====================================================================#
# Add Metadata
objects['meta'] = {
'current': query.count(),
'total': self.getObjectClass().select().count()
}
return objects
def execute(self, task):
"""Execute Objects Actions"""
response = self.empty_response(task)
# READING OF SERVER OBJECT LIST
if task['name'] == const.__SPL_F_OBJECTS__:
response['data'] = Framework.getObjects()
response['result'] = True
return response
# Validate Received Task
if not self.isValidTask(task):
return response
# Execute Admin Actions
if task['name'] in [
const.__SPL_F_DESC__, const.__SPL_F_FIELDS__,
const.__SPL_F_LIST__
]:
return self.doAdminActions(task)
# Execute Sync Actions
if task['name'] in [
const.__SPL_F_GET__, const.__SPL_F_SET__, const.__SPL_F_DEL__
]:
return self.doSyncActions(task)
# Wrong Request Task
Framework.log().error("Object Router - Requested task not found => " +
task['name'])
return response
def execute(self, task):
response = self.empty_response(task)
# READING OF SERVER OBJECT LIST
if task['name'] == const.__SPL_F_GET_OBJECTS__:
response['data'] = Framework.getObjects()
response['result'] = True
# READING OF SERVER WIDGETS LIST
if task['name'] == const.__SPL_F_GET_WIDGETS__:
response['data'] = {}
response['result'] = True
# READING OF SERVER SELFTEST RESULTS
if task['name'] == const.__SPL_F_GET_SELFTEST__:
response['data'] = True
response['result'] = True
# READING OF SERVER INFORMATIONS
if task['name'] == const.__SPL_F_GET_INFOS__:
response['data'] = Framework.getClientInfo().get()
response['result'] = True
return response
def get(self, object_id, fields):
# ====================================================================#
# Init Reading
self._in = fields
# ====================================================================#
# Load Object
self.object = False
self.object = self.load(object_id)
if self.object is False:
return False
# ====================================================================#
# Init Response
self._out = {'id': object_id}
# ====================================================================#
# Run Through All Requested Fields
for index, field in copy.copy(fields).items():
# Read Requested Fields
for method in self.identify_get_methods():
method(index, field)
# ====================================================================#
# Verify Requested Fields List is now Empty => All Fields Read Successfully
if self._in.__len__():
from splashpy.core.framework import Framework
for field in self._in.values():
Framework.log().error(
"Get Object - Requested field not found => " + field)
return False
# ====================================================================#
# Return Object Data
return self._out
def isValidObjectFieldsList(fields):
from splashpy.core.framework import Framework
# Checks List Type
if not hasattr(fields, '__iter__'):
return Framework.log().error("Wrong Field List Type")
# Checks List Not Empty
if not fields.__len__():
return Framework.log().error("Field List is Empty")
return True
def loadOsInformation(self):
"""Load Server Platform Information"""
import sys
import socket
self.server_version = sys.version
try:
self.server_host = socket.gethostname()
self.server_ip = self.server_address = socket.gethostbyname(
self.server_host)
except Exception:
from splashpy.core.framework import Framework
Framework.log().error("Unable to get Hostname and IP")
def doAdminActions(self, task):
"""Execute Admin Objects Actions"""
response = self.empty_response(task)
# Load Object Class
ws_object = Framework.getObject(task["params"]['type'])
# READING OF OBJECT DESCRIPTION
if task['name'] == const.__SPL_F_DESC__:
if ws_object:
response['data'] = ws_object.description()
response['result'] = bool(response['data'].__len__())
# READING OF OBJECT FIELDS
if task['name'] == const.__SPL_F_FIELDS__:
if ws_object:
response['data'] = ws_object.fields()
response['result'] = bool(response['data'].__len__())
# READING OF OBJECTS LIST
if task['name'] == const.__SPL_F_LIST__:
try:
filters = task["params"]["filters"]
except:
filters = None
try:
parameters = task["params"]["params"]
except:
parameters = None
if ws_object:
response['data'] = ws_object.objectsList(filters, parameters)
response['result'] = bool(response['data'].__len__())
return response
def update(self, needed):
"""Update Current Faker Object"""
try:
self.object.save()
return self.object.id
except Exception as exception:
return Framework.log().error(exception)
def isValidTask(task):
"""Verify Received Task"""
# Verify Requested Object Type is Available
if not hasattr(task["params"], '__iter__'):
return Framework.log().error(
"Object Router - Missing Task Parameters... ")
# Verify Requested Object Type is Available
if 'type' not in task["params"]:
return Framework.log().error(
"Object Router - Missing Object Type... ")
# Verify Requested Object Type is Valid
if not task["params"]['type'] in Framework.getObjects():
return Framework.log().error(
"Object Router - Object Type is Invalid... ")
return True
def get_file(self, path, md5):
# Walk for File on All Registered Objects
for object_type in Framework.getObjects():
object_class = Framework.getObject(object_type)
file = object_class.getFile(path, md5)
# Verify File was Found
if file is None or not isinstance(file, dict):
continue
# Verify File Md5
if file['md5'] != md5:
continue
return file
Framework.log().error("File Not Found")
return None
def load(self, object_id):
"""Load Faker Object with Id"""
try:
return self.getObjectClass().get_by_id(object_id)
except DoesNotExist:
return False
except Exception as exception:
return Framework.log().error(exception.message)
def setObjectData(self):
"""Execute Fields Update"""
# ====================================================================#
# Walk on All Requested Fields
for field_id, field_data in copy.copy(self._in).items():
# Write Requested Fields
for method in self.identify_set_methods():
method(field_id, field_data)
# ====================================================================#
# Verify Requested Fields List is now Empty => All Fields Read Successfully
if self._in.__len__():
from splashpy.core.framework import Framework
for field in self._in.keys():
Framework.log().error(
"Set Object - Requested field not found => " + field)
return False
return True
def delete(self, object_id):
"""Delete Faker Object with Id"""
try:
fake_object = self.getObjectClass().get_by_id(object_id)
fake_object.delete_instance()
return True
except DoesNotExist:
return True
except Exception as exception:
return Framework.log().error(exception)
def validate(inputs, outputs):
# Verify Buffers
if not hasattr(inputs, '__iter__') or not hasattr(outputs, '__iter__'):
return Framework.log().error(
'Unable to perform requested action. I/O Buffer not Iterable Type.'
)
# Verify Tasks are Defines
if not 'tasks' in inputs or not hasattr(inputs['tasks'], '__iter__'):
return Framework.log().warn(
'Unable to perform requested action, task list is empty.')
# Verify Tasks are Iterable
for key in inputs['tasks']:
if not hasattr(inputs['tasks'][key], '__iter__'):
return Framework.log().error(
'Unable to perform requested action. Task is Iterable Type.'
)
return True
def execute(self, task):
response = self.empty_response(task)
try:
path = task["params"]["path"]
md5 = task["params"]["md5"]
except:
Framework.log().error("Files Router - Missing Task Parameters... ")
return response
# READING A FILE INFORMATIONS
if task['name'] == const.__SPL_F_ISFILE__:
response['data'] = False
response['result'] = True
# READING A FILE CONTENTS
if task['name'] == const.__SPL_F_GETFILE__:
response['data'] = self.get_file(path, md5)
response['result'] = True
return response
def objectsList(self, filter, params):
"""
Get Objects List
:param filter: Search filters to apply (TODO)
:param params: List pagination
:return: object
"""
# ====================================================================#
# Prepare Search Settings
try:
limit = int(params["max"])
except:
limit = 25
try:
offset = int(params["offset"])
except:
offset = 0
# ====================================================================#
# Execute Search Query
results = self.getModel().search(self.objectsListFiltered(), limit=limit, offset=offset, order='id')
# Init Results
objects = {}
# Walk on Results
try:
for result in results.read(self.get_listed_fields()):
objects["object-" + str(result['id'])] = result
except Exception as exception:
Framework.log().fromException(exception)
# ====================================================================#
# Add Metadata
objects['meta'] = {
'current': results.__len__(),
'total': self.getModel().search_count(self.objectsListFiltered())
}
return objects
def execute(self, task):
response = self.empty_response(task)
# READING OF SERVER WIDGETS LIST
if task['name'] == const.__SPL_F_WIDGET_LIST__:
response['data'] = Framework.getWidgets()
response['result'] = True
# READING OF SERVER WIDGETS DEFINITION
if task['name'] == const.__SPL_F_WIDGET_DEFINITION__:
# Load Widget Class
ws_widget = Framework.getWidget(task["params"]['type'])
response['data'] = ws_widget.description()
response['result'] = True
# READING OF SERVER WIDGETS CONTENTS
if task['name'] == const.__SPL_F_WIDGET_GET__:
# Load Widget Class
ws_widget = Framework.getWidget(task["params"]['type'])
response['data'] = ws_widget.get(task["params"]['params'])
response['result'] = True
return response
def doSyncActions(self, task):
"""Execute Admin Objects Actions"""
from splashpy.componants.validator import Validator
response = self.empty_response(task)
# Load Object Class
ws_object = Framework.getObject(task["params"]['type'])
ws_object_id = task["params"]['id']
# Verify Object Id
if not Validator.isValidObjectId(ws_object_id):
return response
# READING OF OBJECT DATA
if task['name'] == const.__SPL_F_GET__:
ws_fields = task["params"]['fields']
if ws_object and Validator.isValidObjectFieldsList(ws_fields):
response['data'] = ws_object.get(ws_object_id, ws_fields)
response['result'] = (response['data'] != False)
# WRITING OF OBJECT DATA
if task['name'] == const.__SPL_F_SET__:
ws_fields = task["params"]['fields']
if ws_object and Validator.isValidObjectFieldsList(ws_fields):
# Take Lock for this object => No Commit Allowed for this Object
ws_object.lock(ws_object_id)
# Write Data on local system
response['data'] = ws_object.set(ws_object_id, ws_fields)
# Release Lock for this object
ws_object.unlock(ws_object_id)
response['result'] = (response['data'] != False)
# DELETE OBJECT
if task['name'] == const.__SPL_F_DEL__:
if ws_object:
# Take Lock for this object => No Commit Allowed for this Object
ws_object.lock(ws_object_id)
response['data'] = ws_object.delete(ws_object_id)
response['result'] = response['data']
return response
def create(self):
"""Create a Faker Object """
try:
return ShortData.create(varchar=self._in["varchar"])
except Exception as exception:
return Framework.log().error(exception)