tests.py [236:247]:
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            print("----------------------------------------")
            print(f"Inputs: days=7, egress_gb={egress_gb}, storage_gb_week={storage_gb_week}, "
                    f"compute_cloud_min={compute_cloud_min}, compute_cloud_max={compute_cloud_max}, "
                    f"network_cap_gb={reserved_bandwidth_gb}, "
                    f"storage_on_prem_min={storage_on_prem_min}, storage_on_prem_max={storage_on_prem_max}")
            print(f"penalty degree alpha={alpha}")
            print("----------------------------------------", flush=True)

            # Solve optimization problem for this period
            if not view_mode:
                graph.solve_gurobi(
                    egress_gb, storage_gb_week, compute_cloud_min, compute_cloud_max, reserved_bandwidth_gb,
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tests.py [585:595]:
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            print("----------------------------------------")
            print(f"Inputs: days=7, egress_gb={egress_gb}, storage_gb_week={storage_gb_week}, "
                    f"compute_cloud_min={compute_cloud_min}, compute_cloud_max={compute_cloud_max}, "
                    f"network_cap_gb={reserved_bandwidth_gb}, "
                    f"storage_on_prem_min={storage_on_prem_min}, storage_on_prem_max={storage_on_prem_max}")
            print(f"penalty degree alpha={alpha}")
            print("----------------------------------------", flush=True)

            if not view_mode:
                graph.solve_gurobi(
                    egress_gb, storage_gb_week, compute_cloud_min, compute_cloud_max, reserved_bandwidth_gb,
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