def process_actions(actions, node_processor):
# takes and returns a list of actions
# node_processor must take an action (dict) and return a list of actions
action_list = []
logger.set_segment_context("branching")
for action in actions:
if action["type"]=="WORKFLOW_ENROLLMENT":
logger.log_event("action_dependency", {"workflowId": str(action["workflowId"])})
if action["type"]=="BRANCH":
logger.log_event("branching_action")
branch_node = action.copy()
branch_node["rejectActions"] = process_actions(action["rejectActions"], node_processor)
branch_node["acceptActions"] = process_actions(action["acceptActions"], node_processor)
action_list.extend(node_processor(branch_node))
else:
action_list.extend(node_processor(action))
return action_list
def get_reEnrollmentTriggerSets(value_origin):
logger.set_segment_context("reenrollment")
return parse_reEnrollment(value_origin)
def get_goalCriteria(value_origin):
logger.set_segment_context("goal")
return parse_segments(value_origin)
def get_segmentCriteria(value_origin):
logger.set_segment_context("enrollment")
return parse_segments(value_origin)
row_counter = 0
for row in reader:
row_counter += 1
if row_counter == 1:
number_of_rows = len(row)
dict_keys = row[4:]
else:
try:
assert len(row) == number_of_rows
except:
print(row)
print(len(row))
print(number_of_rows)
assert False
object_type = row[0]
object_id = row[1]
segment_context = row[2]
log_key = row[3]
set_logging_object(object_type, object_id)
if row[2] in [
"enrollment", "reenrollment", "branching", "goal"
]:
set_segment_context(row[2])
else:
assert row[2] == ""
event_dict = {}
for j in range(len(dict_keys)):
if row[j + 4] != "":
event_dict[dict_keys[j]] = row[j + 4]
log_event(log_key, event_dict)
write_todo("test_todo")