def test_hms_to_seconds_since_midnight_full(self):
t = "20:30:40"
s = TimeUtil.hms_to_seconds_since_midnight(t)
self.assertEqual(73840, s)
def train_run_from_dag(annotated_problem, chromosome, dag_path, route_id):
# Dag_path should be the array of nodes:
train_run = {}
train_run["service_intention_id"] = route_id
train_run["train_run_sections"] = []
c_idx = 0
current_time = 0
#print(dag_path)
for node in dag_path:
temp_node = node.strip("(").strip(")")
sequence_number = None
m_number = None
# Try and parse out sequence or m_number
if "->" in temp_node:
sequence_number = int(temp_node.split('->', 1)[1])
elif "_end" in temp_node:
sequence_number = int(temp_node.strip("_end"))
elif "_beginning" in temp_node:
sequence_number = int(temp_node.strip("_beginning"))
else:
m_number = temp_node
# Try and find the route section:
route_section = None
if sequence_number:
route_section = SolutionBuilder.route_path_with_sequence_number(
annotated_problem, route_id, sequence_number)
else:
route_section = SolutionBuilder.route_path_with_alternative_name(
annotated_problem, route_id, m_number)
if route_section:
sequence_number = route_section["sequence_number"]
if not route_section:
raise ValueError(
"Unable to find route section with node: ({})".format(
node))
# Build the train_run_section:
train_run_section = {
"route": route_id,
"route_section_id": "{}#{}".format(route_id, sequence_number),
"sequence_number": c_idx + 1,
"route_path": sequence_number
}
if "section_marker" in route_section:
marker = route_section["section_marker"][0]
train_run_section["section_requirement"] = marker
# There's a marker, see if we can find the entry_earliest requirement:
requirement = SolutionBuilder.section_requirement_with_marker(
annotated_problem, route_id, marker)
if requirement and "entry_earliest" in requirement:
current_time = TimeUtil.hms_to_seconds_since_midnight(
requirement["entry_earliest"])
else:
train_run_section["section_requirement"] = None
train_run_section[
"entry_time"] = TimeUtil.seconds_since_midnight_to_hms(
current_time)
min_time = 0
if "minimum_running_time" in route_section:
min_time = TimeUtil.ddi_duration_to_seconds(
route_section["minimum_running_time"])
current_time += min_time
current_time += chromosome[c_idx]['delta']
train_run_section[
"exit_time"] = TimeUtil.seconds_since_midnight_to_hms(
current_time)
# TODO: Figure out our exit time
train_run["train_run_sections"].append(train_run_section)
c_idx += 1
return train_run