How to use my_scenario method in Molotov

Best Python code snippet using molotov_python

parallel_process.py

Source:parallel_process.py

...12def start_process_service(self):13    with process_service() as service:14        yield service15@TestScenario16def my_scenario(self, count=1, sleep=0, force_fail=False):17    """Simple scenario with 0 or more steps.18    """19    for i in range(1):20        note(f"hello {os.getpid()}")21    for i in range(count):22        with Step(f"hello there {i} - {self.name}"):23            time.sleep(sleep)24            if force_fail:25                fail("forced fail")26    return "value"27def func_with_scenario():28    """Simple function that runs a scenario.29    """30    Scenario(test=my_scenario)()...

views.py

Source:views.py

1from random import randint2from django.shortcuts import render3from django.http import HttpResponse4import json5from .models import Scenario, Input6from django.core import serializers7from . import Customer 8from . import Tipping_Sim9# Create your views here.10def play(request):11    initial_scenarios = Scenario.objects.filter(order_n=0)12    count = initial_scenarios.count()13    if (count is not None):14        if (count > 0): 15            index = randint(0, count-1)16            my_scenario = initial_scenarios[index]17            my_inputs = Input.objects.all().filter(scenario = my_scenario)18            context = {"scenario_text": my_scenario.text, "scenario_order_n": my_scenario.order_n,"scenario_id": my_scenario.scenario_id, "inputs": my_inputs}19            return render(request, 'game/simulation.html', context)20    else:21        return ('<h1>Website is under construction... brace for awesomeness!</h1>')22def index(request):23    return render(request, 'game/home.html')24def find_next(scenario_id, order_n):25        return Scenario.objects.filter(scenario_id = scenario_id).filter(order_n=order_n)[0]26def simulate(request):27    if request.method == 'POST':28        answered_questions = []29        questions = request.POST.keys()30        for question in questions:31            answer = request.POST.get(question)32            answered_questions.append({"question":question, "answer": answer})33        curr_order = int(float(request.POST.get("order_n")))34        scenario_id = int(float(request.POST.get("scenario_id")));35        pot_scenarios = Scenario.objects.filter(scenario_id = scenario_id)36        if (curr_order< len(pot_scenarios)-1):37            next_order = curr_order+1; 38        else:39            next_order = curr_order40        my_scenario= find_next(scenario_id, next_order)41        my_inputs = serializers.serialize("json",Input.objects.all().filter(scenario = my_scenario))42        43        init_price= request.POST.get("init_price")44        n_restaurants= request.POST.get("n_restaurants")45        n_customers= request.POST.get("n_customers")46        max_generations= request.POST.get("max_generations")47        sim_data = [init_price,n_restaurants,n_customers,max_generations]48        sim_data_ints = []49        for i in range(len(sim_data)):50            if sim_data[i] is not None:51                sim_data[i] = int(sim_data[i])52        restaurants = Tipping_Sim.tipping_sim(sim_data[0], sim_data[1], sim_data[2], sim_data[3])53        response_data = {"scenario_text": my_scenario.text, "scenario_order_n": my_scenario.order_n,"scenario_id": my_scenario.scenario_id, "inputs": my_inputs, "restaurants": restaurants}54        55        return HttpResponse(56            json.dumps(response_data) ,57            content_type="application/json"58            )   59    else:60        return HttpResponse(61            json.dumps({"error": "did not return a valid response"}),62            content_type="application/json"...

sim_manual_scen.py

Source:sim_manual_scen.py

1# -*- coding: utf-8 -*-2"""3Created on Fri Apr 15 08:51:49 20164@author: Jonatan5simulate for one or several scenarios and compare to standard6"""7from __future__ import division8from sim_p2h import temp_to_heat, power_scen_to_res, sim_p2h9from Modules.Compare.read_results import read_results10from Modules.Plot.plot_results import plot_compare_scenarios11# define a scenario, stored in a dictionary12my_scenario = {}13my_scenario["Nuclear"] = 014my_scenario["Hydro"] = 6515my_scenario["Other"] = 1516my_scenario["Wind"] = 6017my_scenario["Solar"] = 2518my_scenario["Consumption"] = 17019# give a name for your scenario20my_scenario["Name"] = "Jonatan's scenario"21# choose scenario to compare to22comp_scen = 323# read heat curve24heat_curves, design_heat_loads = temp_to_heat()25# calculate power residual26P_res = power_scen_to_res(scenario = my_scenario)27# simulate P2H, results are written to file28sim_p2h(P_res, heat_curves, design_heat_loads, my_scenario)29# store results in a dictionary30results = {}31# read my scenario32results[my_scenario['Name']] = read_results(my_scenario["Name"])33# read other scenario34results['Scenario_{}'.format(comp_scen)] = read_results(comp_scen)35# compare scenarios...

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