def identify():
dap_log_general(LogLevel.DEBUG, "identifying cases...")
# read case information from POSSIBLE_CASE
possible_cases = db_get_possible_cases()
dap_log_general(LogLevel.DEBUG, "loaded possible cases")
for possible_case in possible_cases:
# perform lookup against pipl api:
defendant = api_pipl(possible_case[1])
dap_log_general(LogLevel.DEBUG, str(defendant))
if defendant['match_true']:
dap_log_general(LogLevel.INFO, "pipl match found for: %s" % possible_case[1])
database.db_move_to_matched_cases(possible_case[0], defendant["house"], defendant["street"], defendant["apartment"], defendant["city"], defendant["zip"], defendant["email"], defendant["facebook"])
else:
dap_log_general(LogLevel.INFO, "no pipl match for: %s" % possible_case[1])
# move from POSSIBLE_CASE to REJECTEDCASES, reason "UNABLE TO ID"
database.db_move_to_unmatched_cases(possible_case[0])
return 0
def get_state_court():
dap_log_general(LogLevel.DEBUG, "getting state court cases")
court_name = "SC" # stands for state court
each_court(court_name)
return 0
def get_superior_court(
): # this function defines superior court as the court we will be searching and then moves on to set up our scan
dap_log_general(LogLevel.DEBUG, "getting superior court cases")
court_name = "SU" # stands for superior court
each_court(court_name)
return 0
def scan(court_name, last_successful_case_number):
dap_log_general(LogLevel.DEBUG, "scan for cases")
mainframe_open_connection() # opens connection to mainframe
mainframe_login() # performs login routines
mainframe_check_login_worked(
) # double-check to make sure we are logged in
case_number_to_search = last_successful_case_number + 1
no_case_count = 0
while no_case_count < 35:
mainframe_select_CATS() # enter the CATS function on the mainframe
mainframe_open_docket_search() # open the docket search page
mainframe_search_case(
court_name,
case_number_to_search) # enter our docket search information
case_exists = mainframe_check_case_exists(
) # see what the server returned from our search
if case_exists == 1:
year, judge_name, date_filed, time_filed, plaintiff_name, plaintiff_counsel, defendant_name, defendant_counsel, civil_action, action_description = mainframe_parse_case(
) # pull the data from mainframe
dap_log_general(LogLevel.DEBUG, "checking data")
if plaintiff_name == "ERROR" or defendant_name == "ERROR":
dap_log_general(
LogLevel.ERROR,
"error detected in data, gracefully ending session")
no_case_count = 35
else:
dap_log_general(LogLevel.INFO, "writing case to NEW_CASE")
db_write_new_case(court_name, last_successful_case_number,
year, judge_name, date_filed, time_filed,
plaintiff_name, plaintiff_counsel,
defendant_name, defendant_counsel,
civil_action,
action_description) # write data to NEW_CASE
last_successful_case_number = case_number_to_search
case_number_to_search += 1
dap_log_general(LogLevel.INFO, "resetting error counter")
no_case_count = 0
mainframe_reset()
else:
dap_log_general(LogLevel.INFO, "error counter: %i" % no_case_count)
case_number_to_search += 1
no_case_count += 1
mainframe_reset()
return last_successful_case_number # send this back
def get_municipal_court():
dap_log_general(LogLevel.DEBUG, "getting municipal court cases")
court_name = "MC" # stands for municipal court
each_court(court_name)
return 0
def get_magistrate_court():
dap_log_general(LogLevel.DEBUG, "getting magistrate court cases")
court_name = "MG" # stands for magistrate court
each_court(court_name)
return 0
def screen():
dap_log_general(LogLevel.DEBUG, "screening cases for creditors/keywords")
database.db_screen_cases()
return 0