def update_quality_scenario(source, stimulus, artifact, enviroment, response,
response_measure, quality_scenario_name,
quality_atribute, quality_atribute_node,
project_name, request):
try:
params = dict()
if source:
params['source'] = source
if stimulus:
params['stimulus'] = stimulus
if artifact:
params['artifact'] = artifact
if enviroment:
params['enviroment'] = enviroment
if response:
params['response'] = response
if response_measure:
params['response_measure'] = response_measure
if quality_scenario_name:
params['quality_scenario_name'] = quality_scenario_name
if quality_atribute:
params['quality_atribute'] = quality_atribute
if quality_atribute_node:
params['quality_atribute_node'] = quality_atribute_node
if project_name:
params['project_name'] = project_name
return invoke_web_service(
'PUT',
generate_service_url('/management/quality_requirement'),
json_data=params,
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def update_constraint(old_name, name, constaint_type, stakeholder, description,
alternatives, project_name, request):
try:
params = dict()
if old_name:
params['old_name'] = old_name
if name:
params['name'] = name
if constaint_type:
params['constaint_type'] = constaint_type
if stakeholder:
params['stakeholder'] = stakeholder
if description:
params['description'] = description
if alternatives:
params['alternatives'] = alternatives
if project_name:
params['project_name'] = project_name
return invoke_web_service(
'PUT',
generate_service_url('/management/constraint'),
json_data=params,
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def update_operational_scenario(name, stakeholder, stakeholder_description,
context, context_description, inputs, outputs,
functionality, functionality_description,
project_name, request):
try:
params = dict()
if name:
params['name'] = name
if stakeholder:
params['stakeholder'] = stakeholder
if stakeholder_description:
params['stakeholder_description'] = stakeholder_description
if context:
params['context'] = context
if context_description:
params['context_description'] = context_description
if inputs:
params['inputs'] = inputs
if outputs:
params['outputs'] = outputs
if functionality:
params['functionality'] = functionality
if functionality_description:
params['functionality_description'] = functionality_description
if project_name:
params['project_name'] = project_name
return invoke_web_service(
'PUT',
generate_service_url('/management/operational_scenario'),
json_data=params,
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def update_business_goal(name,goal_description,objective,driver,stakeholders,quality_atributes,measure,project_name,chart_min,chart_med,chart_max,range_min,range_max,request):
try:
params = dict()
if name:
params['name'] = name
if goal_description:
params['goal_description'] = goal_description
if objective:
params['objective'] = objective
if driver:
params['driver'] = driver
if stakeholders:
params['stakeholders'] = stakeholders
if quality_atributes:
params['quality_atributes'] = quality_atributes
if measure:
params['measure'] = measure
if project_name:
params['project_name'] = project_name
if chart_min:
params['chart_min'] = chart_min
if chart_med:
params['chart_med'] = chart_med
if chart_max:
params['chart_max'] = chart_max
if range_min:
params['range_min'] = range_min
if range_max:
params['range_max'] = range_max
return invoke_web_service('PUT', generate_service_url('/management/business_goal'), json_data=params,request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def update_operational_scenario(name,stakeholder,stakeholder_description,context,context_description,inputs,outputs,functionality,functionality_description,project_name,request):
try:
params = dict()
if name:
params['name'] = name
if stakeholder:
params['stakeholder'] = stakeholder
if stakeholder_description:
params['stakeholder_description'] = stakeholder_description
if context:
params['context'] = context
if context_description:
params['context_description'] = context_description
if inputs:
params['inputs'] = inputs
if outputs:
params['outputs'] = outputs
if functionality:
params['functionality'] = functionality
if functionality_description:
params['functionality_description'] = functionality_description
if project_name:
params['project_name'] = project_name
return invoke_web_service('PUT', generate_service_url('/management/operational_scenario'), json_data=params,request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def update_quality_scenario(source,stimulus,artifact,enviroment,response,response_measure,quality_scenario_name,quality_atribute,quality_atribute_node,project_name,request):
try:
params = dict()
if source:
params['source'] = source
if stimulus:
params['stimulus'] = stimulus
if artifact:
params['artifact'] = artifact
if enviroment:
params['enviroment'] = enviroment
if response:
params['response'] = response
if response_measure:
params['response_measure'] = response_measure
if quality_scenario_name:
params['quality_scenario_name'] = quality_scenario_name
if quality_atribute:
params['quality_atribute'] = quality_atribute
if quality_atribute_node:
params['quality_atribute_node'] = quality_atribute_node
if project_name:
params['project_name'] = project_name
return invoke_web_service('PUT', generate_service_url('/management/quality_requirement'), json_data=params,request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def list_teams(request):
try:
return invoke_web_service('GET',
generate_service_url('/management/team'),
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def update_utility_tree(update_type, qa_name, qa_old_name, qa_node_name,
qa_old_node_name, qa_node_old_score, qa_node_score,
project_name, request):
try:
params = dict()
if update_type:
params['update_type'] = update_type
if qa_name:
params['qa_name'] = qa_name
if qa_old_name:
params['qa_old_name'] = qa_old_name
if qa_node_name:
params['qa_node_name'] = qa_node_name
if qa_old_node_name:
params['qa_old_node_name'] = qa_old_node_name
if qa_node_old_score:
params['qa_node_old_score'] = qa_node_old_score
if qa_node_score:
params['qa_node_score'] = qa_node_score
if project_name:
params['project_name'] = project_name
return invoke_web_service(
'PUT',
generate_service_url('/management/utility_tree'),
json_data=params,
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def list_quality_atributes_types(request):
try:
return invoke_web_service(
'GET',
generate_service_url('/configuration/quality_atributes_types'),
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def list_measures(request):
try:
return invoke_web_service(
'GET',
generate_service_url('/configuration/measures'),
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def get_projects_team(team, request):
try:
return invoke_web_service('GET',
generate_service_url('/management/project',
params={'team': team}),
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def get_utility_tree(project_name, request):
try:
return invoke_web_service('GET',
generate_service_url(
'/management/utility_tree',
params={'project_name': project_name}),
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def list_quality_requirements(project_name, request):
try:
return invoke_web_service('GET',
generate_service_url(
'/management/quality_requirement',
params={'project_name': project_name}),
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def new_team(name,description,request):
try:
params = dict()
if name:
params['name'] = name
if description:
params['description'] = description
return invoke_web_service('POST', generate_service_url('/management/team'), json_data=params,request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def delete_operational_scenario(name,project_name,request):
try:
params = dict()
if name:
params['name'] = name
if project_name:
params['project_name'] = project_name
return invoke_web_service('DELETE', generate_service_url('/management/operational_scenario', params=params), request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def new_utility_tree(utility_tree_type,project_name,request):
try:
params = dict()
if utility_tree_type:
params['utility_tree_type'] = utility_tree_type
if project_name:
params['project_name'] = project_name
return invoke_web_service('POST', generate_service_url('/management/utility_tree'), json_data=params,request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def new_business_goal(name,project_name,request):
try:
params = dict()
if name:
params['name'] = name
if project_name:
params['project_name'] = project_name
return invoke_web_service('POST', generate_service_url('/management/business_goal'), json_data=params,request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def sign_in(email, password, request):
try:
return invoke_web_service('GET',
generate_service_url('/management/user',
params={
'email': email,
'password': password
}),
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def sign_up(email, password, request):
try:
return invoke_web_service('POST',
generate_service_url('/management/user'),
json_data={
'email': email,
'password': password
},
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def delete_diagram(project_name,viewpoint,name,request):
try:
params = dict()
if project_name:
params['project_name'] = project_name
if viewpoint:
params['viewpoint'] = viewpoint
if name:
params['name'] = name
return invoke_web_service('DELETE', generate_service_url('/editor/diagram'), json_data=params,request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def get_operational_scenario(name, project_name, request):
try:
return invoke_web_service('GET',
generate_service_url(
'/management/operational_scenario',
params={
'name': name,
'project_name': project_name
}),
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def delete_constraint(name, project_name, request):
try:
params = dict()
if name:
params['name'] = name
if project_name:
params['project_name'] = project_name
return invoke_web_service('DELETE',
generate_service_url(
'/management/constraint', params=params),
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def new_team(name, description, request):
try:
params = dict()
if name:
params['name'] = name
if description:
params['description'] = description
return invoke_web_service('POST',
generate_service_url('/management/team'),
json_data=params,
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def list_diagrams(project_name, viewpoint, request):
try:
return invoke_web_service('GET',
generate_service_url('/editor/diagram',
params={
'project_name':
project_name,
'viewpoint':
viewpoint
}),
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def new_operational_scenario(name, project_name, request):
try:
params = dict()
if name:
params['name'] = name
if project_name:
params['project_name'] = project_name
return invoke_web_service(
'POST',
generate_service_url('/management/operational_scenario'),
json_data=params,
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def new_stakeholder(name,stakeholder_type,project_name,concerns,request):
try:
params = dict()
if name:
params['name'] = name
if stakeholder_type:
params['stakeholder_type'] = stakeholder_type
if concerns:
params['concerns'] = concerns
if project_name:
params['project_name'] = project_name
return invoke_web_service('POST', generate_service_url('/management/stakeholder'), json_data=params,request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def delete_utility_tree(delete_type,qa_name,qa_node_name,project_name,request):
try:
params = dict()
if delete_type:
params['delete_type'] = delete_type
if qa_name:
params['qa_name'] = qa_name
if qa_node_name:
params['qa_node_name'] = qa_node_name
if project_name:
params['project_name'] = project_name
return invoke_web_service('DELETE', generate_service_url('/management/utility_tree', params=params), request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def new_utility_tree(utility_tree_type, project_name, request):
try:
params = dict()
if utility_tree_type:
params['utility_tree_type'] = utility_tree_type
if project_name:
params['project_name'] = project_name
return invoke_web_service(
'POST',
generate_service_url('/management/utility_tree'),
json_data=params,
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def new_quality_scenario(quality_atribute,quality_atribute_node,quality_scenario_name,project_name,request):
try:
params = dict()
if quality_atribute:
params['quality_atribute'] = quality_atribute
if quality_atribute_node:
params['quality_atribute_node'] = quality_atribute_node
if quality_scenario_name:
params['quality_scenario_name'] = quality_scenario_name
if project_name:
params['project_name'] = project_name
return invoke_web_service('POST', generate_service_url('/management/quality_requirement'), json_data=params,request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def new_overview(background,purpose_scope,overview,project_name,request):
try:
params = dict()
if background:
params['background'] = background
if purpose_scope:
params['purpose_scope'] = purpose_scope
if overview:
params['overview'] = overview
if project_name:
params['project_name'] = project_name
return invoke_web_service('POST', generate_service_url('/management/overview'), json_data=params,request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def delete_diagram(project_name, viewpoint, name, request):
try:
params = dict()
if project_name:
params['project_name'] = project_name
if viewpoint:
params['viewpoint'] = viewpoint
if name:
params['name'] = name
return invoke_web_service('DELETE',
generate_service_url('/editor/diagram'),
json_data=params,
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def get_quality_scenarios(quality_atribute, quality_atribute_node,
project_name, request):
try:
return invoke_web_service('GET',
generate_service_url(
'/management/quality_requirement',
params={
'quality_atribute': quality_atribute,
'quality_atribute_node':
quality_atribute_node,
'project_name': project_name
}),
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def new_diagram_version(project_name,viewpoint,name,diagram_version,request):
try:
params = dict()
if project_name:
params['project_name'] = project_name
if viewpoint:
params['viewpoint'] = viewpoint
if name:
params['diagram_name'] = name
if diagram_version:
params['diagram_version'] = diagram_version
params['date'] = datetime.date.today().strftime('%d.%m.%Y')
return invoke_web_service('POST', generate_service_url('/editor/diagram_version'), json_data=params,request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def new_constraint(constraint_name,constaint_type,stakeholder_type,description,alternatives,request):
try:
params = dict()
if constraint_name:
params['constraint_name'] = constraint_name
if constaint_type:
params['constaint_type'] = constaint_type
if stakeholder_type:
params['stakeholder_type'] = stakeholder_type
if description:
params['description'] = description
if alternatives:
params['alternatives'] = alternatives
return invoke_web_service('POST', generate_service_url('/management/constraints'), json_data=params,request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def delete_element(project_name,diagram_name,diagram_version,element_name,request):
try:
params = dict()
if project_name:
params['project_name'] = project_name
if viewpoint:
params['viewpoint'] = viewpoint
if diagram_name:
params['diagram_name'] = diagram_name
if diagram_version:
params['diagram_version'] = diagram_version
if element_name:
params['element_name'] = element_nam
return invoke_web_service('DELETE', generate_service_url('/editor/diagram_element'), request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def new_overview(background, purpose_scope, overview, project_name, request):
try:
params = dict()
if background:
params['background'] = background
if purpose_scope:
params['purpose_scope'] = purpose_scope
if overview:
params['overview'] = overview
if project_name:
params['project_name'] = project_name
return invoke_web_service('POST',
generate_service_url('/management/overview'),
json_data=params,
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def new_business_goal(goal,objective,driver,stakeholder,measure,ranges,request):
try:
params = dict()
if goal:
params['goal'] = goal
if objective:
params['objective'] = objective
if driver:
params['driver'] = driver
if stakeholder:
params['stakeholder'] = stakeholder
if measure:
params['measure'] = measure
if ranges:
params['ranges'] = ranges
return invoke_web_service('POST', generate_service_url('/management/business_goal'), json_data=params,request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def add_connection(project_name,viewpoint,diagram_name,diagram_version,source_html_id,target_html_id,request):
try:
params = dict()
if project_name:
params['project_name'] = project_name
if viewpoint:
params['viewpoint'] = viewpoint
if diagram_name:
params['diagram_name'] = diagram_name
if diagram_version:
params['diagram_version'] = diagram_version
if source_name:
params['source_element_html_id'] = source_name
if target_name:
params['target_element_html_id'] = target_name
return invoke_web_service('POST', generate_service_url('/editor/diagram_connection'), json_data=params,request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def new_stakeholder(name, stakeholder_type, project_name, concerns, request):
try:
params = dict()
if name:
params['name'] = name
if stakeholder_type:
params['stakeholder_type'] = stakeholder_type
if concerns:
params['concerns'] = concerns
if project_name:
params['project_name'] = project_name
return invoke_web_service(
'POST',
generate_service_url('/management/stakeholder'),
json_data=params,
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def new_quality_scenario(quality_atribute, quality_atribute_node,
quality_scenario_name, project_name, request):
try:
params = dict()
if quality_atribute:
params['quality_atribute'] = quality_atribute
if quality_atribute_node:
params['quality_atribute_node'] = quality_atribute_node
if quality_scenario_name:
params['quality_scenario_name'] = quality_scenario_name
if project_name:
params['project_name'] = project_name
return invoke_web_service(
'POST',
generate_service_url('/management/quality_requirement'),
json_data=params,
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def delete_utility_tree(delete_type, qa_name, qa_node_name, project_name,
request):
try:
params = dict()
if delete_type:
params['delete_type'] = delete_type
if qa_name:
params['qa_name'] = qa_name
if qa_node_name:
params['qa_node_name'] = qa_node_name
if project_name:
params['project_name'] = project_name
return invoke_web_service('DELETE',
generate_service_url(
'/management/utility_tree',
params=params),
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def new_diagram_version(project_name, viewpoint, name, diagram_version,
request):
try:
params = dict()
if project_name:
params['project_name'] = project_name
if viewpoint:
params['viewpoint'] = viewpoint
if name:
params['diagram_name'] = name
if diagram_version:
params['diagram_version'] = diagram_version
params['date'] = datetime.date.today().strftime('%d.%m.%Y')
return invoke_web_service(
'POST',
generate_service_url('/editor/diagram_version'),
json_data=params,
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def update_constraint(old_name, name, constaint_type, stakeholder, description, alternatives,project_name, request):
try:
params = dict()
if old_name:
params['old_name'] = old_name
if name:
params['name'] = name
if constaint_type:
params['constaint_type'] = constaint_type
if stakeholder:
params['stakeholder'] = stakeholder
if description:
params['description'] = description
if alternatives:
params['alternatives'] = alternatives
if project_name:
params['project_name'] = project_name
return invoke_web_service('PUT', generate_service_url('/management/constraint'), json_data=params,request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def update_element_position(project_name,diagram_name,diagram_version,element_name,top,left,request):
try:
params = dict()
if project_name:
params['project_name'] = project_name
if viewpoint:
params['viewpoint'] = viewpoint
if diagram_name:
params['diagram_name'] = diagram_name
if diagram_version:
params['diagram_version'] = diagram_version
if element_name:
params['element_name'] = element_nam
if top:
params['top'] = top
if left:
params['left'] = left
return invoke_web_service('PUT', generate_service_url('/editor/diagram_element'), request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def delete_element(project_name, diagram_name, diagram_version, element_name,
request):
try:
params = dict()
if project_name:
params['project_name'] = project_name
if viewpoint:
params['viewpoint'] = viewpoint
if diagram_name:
params['diagram_name'] = diagram_name
if diagram_version:
params['diagram_version'] = diagram_version
if element_name:
params['element_name'] = element_nam
return invoke_web_service(
'DELETE',
generate_service_url('/editor/diagram_element'),
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def update_business_goal(name, goal_description, objective, driver,
stakeholders, quality_atributes, measure,
project_name, chart_min, chart_med, chart_max,
range_min, range_max, request):
try:
params = dict()
if name:
params['name'] = name
if goal_description:
params['goal_description'] = goal_description
if objective:
params['objective'] = objective
if driver:
params['driver'] = driver
if stakeholders:
params['stakeholders'] = stakeholders
if quality_atributes:
params['quality_atributes'] = quality_atributes
if measure:
params['measure'] = measure
if project_name:
params['project_name'] = project_name
if chart_min:
params['chart_min'] = chart_min
if chart_med:
params['chart_med'] = chart_med
if chart_max:
params['chart_max'] = chart_max
if range_min:
params['range_min'] = range_min
if range_max:
params['range_max'] = range_max
return invoke_web_service(
'PUT',
generate_service_url('/management/business_goal'),
json_data=params,
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def update_utility_tree(update_type,qa_name,qa_old_name,qa_node_name,qa_old_node_name,qa_node_old_score,qa_node_score,project_name,request):
try:
params = dict()
if update_type:
params['update_type'] = update_type
if qa_name:
params['qa_name'] = qa_name
if qa_old_name:
params['qa_old_name'] = qa_old_name
if qa_node_name:
params['qa_node_name'] = qa_node_name
if qa_old_node_name:
params['qa_old_node_name'] = qa_old_node_name
if qa_node_old_score:
params['qa_node_old_score'] = qa_node_old_score
if qa_node_score:
params['qa_node_score'] = qa_node_score
if project_name:
params['project_name'] = project_name
return invoke_web_service('PUT', generate_service_url('/management/utility_tree'), json_data=params,request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def add_connection(project_name, viewpoint, diagram_name, diagram_version,
source_html_id, target_html_id, request):
try:
params = dict()
if project_name:
params['project_name'] = project_name
if viewpoint:
params['viewpoint'] = viewpoint
if diagram_name:
params['diagram_name'] = diagram_name
if diagram_version:
params['diagram_version'] = diagram_version
if source_name:
params['source_element_html_id'] = source_name
if target_name:
params['target_element_html_id'] = target_name
return invoke_web_service(
'POST',
generate_service_url('/editor/diagram_connection'),
json_data=params,
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def update_element_position(project_name, diagram_name, diagram_version,
element_name, top, left, request):
try:
params = dict()
if project_name:
params['project_name'] = project_name
if viewpoint:
params['viewpoint'] = viewpoint
if diagram_name:
params['diagram_name'] = diagram_name
if diagram_version:
params['diagram_version'] = diagram_version
if element_name:
params['element_name'] = element_nam
if top:
params['top'] = top
if left:
params['left'] = left
return invoke_web_service(
'PUT',
generate_service_url('/editor/diagram_element'),
request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE: str(e)}
def get_overview(project_name,request):
try:
return invoke_web_service('GET', generate_service_url('/management/overview', params={'project_name':project_name}), request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def sign_up(email,password,request):
try:
return invoke_web_service('POST', generate_service_url('/management/user'), json_data={'email':email,'password':password},request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def list_measures(request):
try:
return invoke_web_service('GET', generate_service_url('/configuration/measures'), request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def list_quality_atributes_types(request):
try:
return invoke_web_service('GET', generate_service_url('/configuration/quality_atributes_types'), request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def get_quality_scenarios(quality_atribute, quality_atribute_node, project_name, request):
try:
return invoke_web_service('GET', generate_service_url('/management/quality_requirement', params={'quality_atribute':quality_atribute,'quality_atribute_node':quality_atribute_node,'project_name':project_name}), request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def sign_in(email,password,request):
try:
return invoke_web_service('GET', generate_service_url('/management/user', params={'email':email,'password':password}), request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def list_quality_requirements(project_name,request):
try:
return invoke_web_service('GET', generate_service_url('/management/quality_requirement', params={'project_name':project_name}), request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def get_business_goal(name,project_name,request):
try:
return invoke_web_service('GET', generate_service_url('/management/business_goal', params={'name':name,'project_name':project_name}), request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def get_projects_team(team,request):
try:
return invoke_web_service('GET', generate_service_url('/management/project', params={'team':team}), request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
def list_teams(request):
try:
return invoke_web_service('GET', generate_service_url('/management/team'), request=request)
except Exception as e:
return {settings.RESPONSE_MESSAGE:str(e)}
