count=False,
serialization_tag=serialization_tag)
message_list = []
for line in result:
m = self.loadMessage(line.message,
line=line,
uid=line.uid,
date=line.date,
processing_node=line.processing_node)
if not hasattr(m, 'order_validation_text'): # BBB
m.order_validation_text = self.getOrderValidationText(m)
message_list.append(m)
return message_list
else:
return []
# Required for tests (time shift)
def timeShift(self, activity_tool, delay, processing_node = None):
"""
To simulate timeShift, we simply substract delay from
all dates in SQLQueue message table
"""
activity_tool.SQLQueue_timeShift(delay=delay, processing_node=processing_node)
def getPriority(self, activity_tool):
method = activity_tool.SQLQueue_getPriority
default = SQLBase.getPriority(self, activity_tool)
return self._getPriority(activity_tool, method, default)
registerActivity(SQLQueue)
if invoke:
activity_tool.invoke(m)
if m.getExecutionState() == MESSAGE_EXECUTED:
activity_tool.unregisterMessage(self, m)
else:
activity_tool.unregisterMessage(self, m)
# Parse each message in queue
path = activity_tool.getPhysicalPath()
for m in self.getQueue(path):
if object_path == m.object_path and (method_id is None or method_id == m.method_id):
if m.validate(self, activity_tool) is not VALID:
self.deleteMessage(activity_tool, m) # Trash messages which are not validated (no error handling)
else:
if invoke:
activity_tool.invoke(m)
if m.getExecutionState() == MESSAGE_EXECUTED:
self.deleteMessage(activity_tool, m) # Only delete if no error happens
else:
self.deleteMessage(activity_tool, m)
def getMessageList(self, activity_tool, processing_node=None,**kw):
new_queue = []
path = activity_tool.getPhysicalPath()
for m in self.getQueue(path):
m.processing_node = 1
m.priority = 0
new_queue.append(m)
return new_queue
registerActivity(RAMQueue)
count=False,
serialization_tag=serialization_tag)
message_list = []
for line in result:
m = Message.load(line.message,
line=line,
uid=line.uid,
date=line.date,
processing_node=line.processing_node)
if not hasattr(m, 'order_validation_text'): # BBB
m.order_validation_text = self.getOrderValidationText(m)
message_list.append(m)
return message_list
else:
return []
# Required for tests (time shift)
def timeShift(self, activity_tool, delay, processing_node = None):
"""
To simulate timeShift, we simply substract delay from
all dates in SQLQueue message table
"""
activity_tool.SQLQueue_timeShift(delay=delay, processing_node=processing_node)
def getPriority(self, activity_tool):
method = activity_tool.SQLQueue_getPriority
default = SQLBase.getPriority(self, activity_tool)
return self._getPriority(activity_tool, method, default)
registerActivity(SQLQueue)
else:
method_dict[m.method_id] = 1
activity_tool.unregisterMessage(self, m)
# Parse each message in RAM dict
path = activity_tool.getPhysicalPath()
for key, m in self.getDict(path).items():
if object_path == m.object_path and (method_id is None or method_id == m.method_id):
if not method_dict.has_key(m.method_id):
LOG('CMFActivity RAMDict: ', 0, 'flushing object %s' % '/'.join(m.object_path))
if invoke:
activity_tool.invoke(m)
if m.getExecutionState() == MESSAGE_EXECUTED:
method_dict[m.method_id] = 1
self.deleteMessage(activity_tool, m)
else:
method_dict[m.method_id] = 1
self.deleteMessage(activity_tool, m)
else:
self.deleteMessage(activity_tool, m)
def getMessageList(self, activity_tool, processing_node=None,**kw):
new_queue = []
path = activity_tool.getPhysicalPath()
for m in self.getDict(path).values():
m.processing_node = 1
m.priority = 0
new_queue.append(m)
return new_queue
registerActivity(RAMDict)
path = [path]
if isinstance(method_id, str):
method_id = [method_id]
result = activity_tool.SQLDict_validateMessageList(method_id=method_id,
path=path,
message_uid=message_uid,
tag=tag,
serialization_tag=None,
count=1)
return result[0].uid_count
def countMessageWithTag(self, activity_tool, value):
"""Return the number of messages which match the given tag.
"""
return self.countMessage(activity_tool, tag=value)
# Required for tests (time shift)
def timeShift(self, activity_tool, delay, processing_node=None, retry=None):
"""
To simulate timeShift, we simply substract delay from
all dates in SQLDict message table
"""
activity_tool.SQLDict_timeShift(delay=delay, processing_node=processing_node,retry=retry)
def getPriority(self, activity_tool):
method = activity_tool.SQLDict_getPriority
default = SQLBase.getPriority(self, activity_tool)
return self._getPriority(activity_tool, method, default)
registerActivity(SQLDict)
