def generate_workflow_export(self, workflow_name, testscript, project, client, worksheet, row, column):
#The number of rows in the workflow to be returned
num_rows = 0
#Find the workflow
self.cur.execute('select wf.id, wf.name from workflow wf left join testscript ts on ts.id = wf.testscriptid) left join project p on ts.projectid = p.id) left join client c on p.clientid = c.id where wf.name = %s and ts.name = %s and p.name = %s and c.name = %s order by w.id;' % (workflow_name, testscript, project, client))
flow = self.cur.fetchone()
workflow = _Workflow()
workflow.name = flow[1]
workflow.id = flow[0]
#Find the Key Actions for the workflow
self.cur.execute('select ka.id, ka.name, ka.description, ka.custom, wfa.expectedresult, wfa.notes from ((workflowaction wfa left join keyaction ka on wfa.keyactionid = ka.id) left join workflow w on wfa.workflowid = w.id) where w.id = %s;' % (workflow[0]))
keyactions = self.cur.fetchall()
for action in keyactions:
keyaction = _KeyAction()
keyaction.id = action[0]
keyaction.name = action[1]
keyaction.description = action[2]
if action[3] == 0:
keyaction.custom = False
else:
keyaction.custom = True
keyaction.expected_result = action[4]
keyaction.notes = action[5]
workflow.add_keyaction(keyaction)
#Find the Input Parameters for the Key Action
self.cur.execute('select ip.id, ip.name, wp.value from ((inputparameter ip left join keyaction ka on ip.keyactionid = ka.id) left join workflowparam wp on wp.inputparamid = ip.id) where ka.id = %s;' % (action[0]))
inputparameters = self.cur.fetchall()
for param in inputparameters:
input_parameter = _InputParameter()
input_parameter.id = param[0]
input_parameter.name = param[1]
input_parameter.value = param[2]
keyaction.add_inputparameter(input_parameter)
num_rows+=1
#TODO - Write the _Workflow object to the Excel Sheet
self.execute_workflow_export(workflow, worksheet, row, column)
return num_rows
def generate_workflow_export(self, workflow_id):
#The number of rows in the workflow to be returned
num_rows = 0
#Find the workflow
self.cur.execute("select wf.id from workflow wf where wf.id = %s" % (workflow_id))
# self.cur.execute("select wf.id, wf.name from workflow wf left join testscript ts on ts.id = wf.testscriptid left join project p on ts.projectid = p.id left join client c on p.clientid = c.id where wf.name = '%s' and ts.name = '%s' and p.name = '%s' and c.name = '%s' order by wf.id;" % (workflow_name, testscript, project, client))
flow = self.cur.fetchone()
workflow = _Workflow()
workflow.name = flow[1]
workflow.id = flow[0]
print('Workflow %s created with ID %s' % (workflow.name, workflow.id))
#Find the Key Actions for the workflow
self.cur.execute("select ka.id, ka.name, ka.description, ka.custom, wfa.expectedresult, wfa.notes from workflowaction wfa left join keyaction ka on wfa.keyactionid = ka.id left join workflow w on wfa.workflowid = w.id where w.id = '%s';" % (workflow.id))
keyactions = self.cur.fetchall()
for action in keyactions:
keyaction = _KeyAction()
keyaction.id = action[0]
keyaction.name = action[1]
keyaction.description = action[2]
if action[3] == 0:
keyaction.custom = False
else:
keyaction.custom = True
keyaction.expected_result = action[4]
keyaction.notes = action[5]
print('Key Action %s created' % (keyaction.name))
print('Description: %s' % (keyaction.description))
print('Custom: %s' % (keyaction.custom))
print('Expected Result: %s' % (keyaction.expected_result))
#Find the Next Actions for the Key Action
self.cur.execute("select ka.id, ka.name, ka.description, ka.custom, wfa.expectedresult, wfa.notes from workflowaction wfa left join keyaction ka on wfa.keyactionid = ka.id where ka.id = %s;" % (action.id))
keyactions = self.cur.fetchall()
for action in nextactions:
ka = _KeyAction()
ka.id = action[0]
ka.name = action[1]
ka.description = action[2]
if action[3] == 0:
ka.custom = False
else:
ka.custom = True
ka.expected_result = action[4]
ka.notes = action[5]
print('Key Action %s created' % (ka.name))
print('Description: %s' % (ka.description))
print('Custom: %s' % (ka.custom))
print('Expected Result: %s' % (ka.expected_result))
keyaction.add_nextaction(ka)
#Find the Input Parameters for the Key Action
self.cur.execute('select ip.id, ip.name, wp.value from ((inputparameter ip left join keyaction ka on ip.keyactionid = ka.id) left join workflowparam wp on wp.inputparamid = ip.id) where ka.id = %s;' % (action[0]))
inputparameters = self.cur.fetchall()
if len(inputparameters) == 0:
num_rows+=1
else:
for param in inputparameters:
input_parameter = _InputParameter()
input_parameter.id = param[0]
input_parameter.name = param[1]
input_parameter.value = param[2]
keyaction.add_inputparameter(input_parameter)
print('Input Parameter %s added to keyaction %s' % (input_parameter.name, keyaction.name))
num_rows+=1
workflow.add_keyaction(keyaction)
print('Key Action %s added to Workflow %s' % (keyaction.name, workflow.name))
#Write the _Workflow object to the Excel Sheet
# self.execute_workflow_export(workflow, worksheet, row, column)
return workflow
tree = Tree()
tree.root = node1
tree.root.connections.append(node2)
tree.root.connections[0].connections.append(node3)
node2.connections.append(node4)
node4.connections.append(node5)
print(tree.root.data)
for con in tree.root.connections:
print(con.data)
for connection in con.connections:
print(connection.data)
#Key Action Tests
act = _KeyAction()
act.id=1
act2 = _KeyAction()
act2.id=2
act3 = _KeyAction()
act3.id=3
ip=_InputParameter()
ip.id=1
ip2 = _InputParameter()
ip2.id=2
ip3=_InputParameter()
ip3.id=3
ip4 = _InputParameter()
ip4.id=4
ip5=_InputParameter()
