def retrieve_sections(self, s_sections=None):
if s_sections is None:
s_sections = []
self.directive = Message(action=32)
self.connection = self.directive.send_directive(self.connection)
a_sections = self.connection.message.information
for item in self.trv_available_sections.get_children():
self.trv_available_sections.delete(item)
for item in self.trv_selected_sections.get_children():
self.trv_selected_sections.delete(item)
for item in s_sections:
item_aux1 = item.split('¥')[2:6]
item_aux2 = [item.split('¥')[-1]]
item = item_aux1 + item_aux2
item = '¥'.join(item)
if item in a_sections:
a_sections.remove(item)
for index, item in enumerate(a_sections):
elements = item.split('¥')
self.trv_available_sections.insert(
'',
'end',
text=elements[0],
values=(index + 1, summarize_text(elements[1], 150),
summarize_text(elements[3], 120)))
for index, item in enumerate(s_sections):
elements = item.split('¥')
self.trv_selected_sections.insert(
'',
'end',
text=elements[2],
values=(index + 1, summarize_text(elements[3], 150),
summarize_text(elements[5],
120), elements[7], elements[8]))
def select_experiment_general(self, event=None):
"""
This function is activated when the 'Click Experiments TreeView' event ocurrs, it indicates than an experiments
has been selected
"""
if len(self.trv_available_exp.selection()) == 1:
self.clear_components(3)
id_selected_exp = int(self.trv_available_exp.item(self.trv_available_exp.selection())[
'text']) # Retrieve id of selected item from TreeView
self.directive = Message(action=95, information=[id_selected_exp])
self.connection = self.directive.send_directive(self.connection)
self.experiment = Experiment(id=id_selected_exp, name=self.connection.message.information[0],
description=self.connection.message.information[1],
design_type=self.connection.message.information[2],
state=self.connection.message.information[3],
creation_date=self.connection.message.information[5],
execution_date=self.connection.message.information[6],
finished_date=self.connection.message.information[7])
self.retrieve_scenarios(self.connection.message.information[4])
# Ask to server for dataframe of the measurements for the scenarios of selected experiment
self.directive = Message(action=107, information=[id_selected_exp, 'experiment'])
self.connection = self.directive.send_directive(self.connection)
final_df = get_mean_value(self.connection.message.information[0])
for index, row in final_df.iterrows():
self.trv_detail_sc.insert('', 'end', text=row.id, values=(index + 1, summarize_text(row.variable, 250),
row.m1, row.m2, row.m3, row.m4))
def retrieve_list(self):
# Remove existing elements in the list
for item in self.trv_available.get_children():
self.trv_available.delete(item)
self.directive = Message(action=67)
self.connection = self.directive.send_directive(self.connection)
# Adding elements into the list
for index, item in enumerate(self.connection.message.information):
elements = item.split('¥')
self.trv_available.insert('',
'end',
text=elements[0],
values=(index + 1,
summarize_text(elements[1], 200),
summarize_text(elements[2],
150)))
if len(self.trv_available.get_children()) != 0:
self.trv_available.selection_set(
self.trv_available.get_children()[0])
def retrieve_problems(self, problems=None):
"""
This function shows the existing Problems in an 'Experimental scenario'
"""
# Remove existing elements in the list
for item in self.trv_available_prob.get_children():
self.trv_available_prob.delete(item)
for index, item in enumerate(problems):
elements = item.split('¥')
self.trv_available_prob.insert('', 'end', text=elements[0], values=(index + 1,
summarize_text(elements[1], 250)))
'''if len(self.trv_available_prob.get_children()) != 0:
def retrieve_experiments(self):
"""
This function shows the existing 'Experiments' in the home TreeView
"""
# Remove existing elements in the list
for item in self.trv_available_exp.get_children():
self.trv_available_exp.delete(item)
self.directive = Message(action=92, information=['finished'])
self.connection = self.directive.send_directive(self.connection)
if len(self.connection.message.information) != 0:
for index, item in enumerate(self.connection.message.information):
elements = item.split('¥')
self.trv_available_exp.insert('', 'end', text=elements[0], values=(index + 1,
summarize_text(elements[1], 250)))
self.available_patterns = Pattern.get_available_patterns(self.connection)
'''if len(self.trv_available_exp.get_children()) != 0:
self.trv_available_exp.selection_set(self.trv_available_exp.get_children()[0])
self.select_experiment_general()'''
else:
messagebox.showwarning(parent=self.frm_child_report, title='No experiments',
message='No experiments in finished state')
def select_problem_general(self, event=None):
"""
Function activated when a scenario is selected
"""
if len(self.trv_available_prob.selection()) == 1:
self.clear_components(1)
id_selected_prob = int(self.trv_available_prob.item(self.trv_available_prob.selection())[
'text']) # Retrieve id of selected item from TreeView
self.directive = Message(action=55, information=[id_selected_prob])
self.connection = self.directive.send_directive(self.connection)
self.problem = Problem(id=id_selected_prob, brief_description=self.connection.message.information[0],
description=self.connection.message.information[1],
id_solution=self.connection.message.information[2],
av_patterns=self.available_patterns, connection=self.connection)
# Ask to server for dataframe of the measurements for the designers of selected problem
self.directive = Message(action=107, information=[id_selected_prob, 'problem'])
self.connection = self.directive.send_directive(self.connection)
final_df = get_mean_value(self.connection.message.information[0])
for index, row in final_df.iterrows():
self.trv_detail_designer.insert('', 'end', text=row.id, values=(index + 1,
summarize_text(row.variable, 250),
row.m1, row.m2, row.m3, row.m4))
def retrieve_list(self):
"""
This function shows the existing 'Experimental scenarios for the specified designer' in the home TreeView, if
not 'Experimental scenario' then an information box is showed
"""
# Remove existing elements in the list
for item in self.trv_available.get_children():
self.trv_available.delete(item)
# Retrieve scenario for current designer
self.directive = Message(action=82, information=['my scenarios', self.current_designer.id])
self.connection = self.directive.send_directive(self.connection)
# Set visual components with retrieved scenarios
for item in self.connection.message.information:
elements = item.split('¥')
self.trv_available.insert('', 'end', text=elements[0], values=(summarize_text(elements[1], 400),))
if len(self.trv_available.get_children()) != 0:
self.trv_available.selection_set(self.trv_available.get_children()[0])
self.select_experimental_scenario()
else:
self.txt_scenario_desc['state'] = NORMAL
self.txt_scenario_desc.delete('1.0', 'end-1c')
self.txt_scenario_desc.insert('1.0', 'No experiments available for you')
self.txt_scenario_desc['state'] = DISABLED
def select_scenario_general(self, event=None):
"""
Function activated when a scenario is selecteded
"""
if len(self.trv_available_sc.selection()) == 1:
self.clear_components(2)
id_selected_sc = int(self.trv_available_sc.item(self.trv_available_sc.selection())[
'text']) # Retrieve id of selected item from TreeView
self.directive = Message(action=85, information=[id_selected_sc, 'report', 1])
self.connection = self.directive.send_directive(self.connection)
self.scenario = ExperimentalSC(id=id_selected_sc, title=self.connection.message.information[0],
description=self.connection.message.information[1],
id_description_diagram=self.connection.message.information[2],
info_designers=self.connection.message.information[4])
self.retrieve_problems(self.connection.message.information[3])
# Ask to server for dataframe of the measurements for the problems of selected scenario
self.directive = Message(action=107, information=[id_selected_sc, 'scenario'])
self.connection = self.directive.send_directive(self.connection)
final_df = get_mean_value(self.connection.message.information[0])
for index, row in final_df.iterrows():
self.trv_detail_prob.insert('', 'end', text=row.id, values=(index + 1,
summarize_text(row.variable, 250), row.m1,
row.m2, row.m3, row.m4))