# Got something?
if ( ( author_organization ) and ( author_organization != "" ) ):
# save it.
print( " - org. string: " + author_organization )
current_article_author.organization_string = author_organization
current_article_author.save()
#-- END check to see if there is an organization. --#
#-- END check to see if we have an author string --#
#-- END loop over authros with no organization_string --#
# set stop time.
my_summary_helper.set_stop_time()
# add info. to summary outputter.
my_summary_helper.set_prop_value( "org_string_counter", org_string_counter )
my_summary_helper.set_prop_desc( "org_string_counter", "Found org. string" )
my_summary_helper.set_prop_value( "article_source_counter", article_source_counter )
my_summary_helper.set_prop_desc( "article_source_counter", "Using Article Source" )
my_summary_helper.set_prop_value( "bad_author_string_counter", bad_author_string_counter )
my_summary_helper.set_prop_desc( "bad_author_string_counter", "Bad Author String" )
# generate summary string.
summary_string += my_summary_helper.create_summary_string( item_prefix_IN = "==> " )
print( summary_string )
def code_article_data( self, query_set_IN ):
"""
Accepts query set of Articles. Creates a new instance of the
ArticleCoder class for coder_type passed in, places the query set
in it, sets up its instance variables appropriately according to
the request, then codes the attribution in the articles using the
coder class. Returns status message. Results in Article_Data for
each attribution detected by the coder in each article. Checks
for the attribution to already have been detected using article,
paragraph number, etc. If so, does not create an additional
Article_Data instance (could add a flag for this later if
needed...).
Preconditions: assumes that we have a query set of Articles passed
in that we can store in the instance. If not, does nothing,
returns empty string.
Postconditions: Returns status message. Results in Article_Data for
each attribution detected by the coder in each article. Checks
for the attribution to already have been detected using article,
paragraph number, etc. If so, does not create an additional
Article_Data instance (could add a flag for this later if
needed...).
Parameters:
- query_set_IN - django HTTP request instance that contains parameters we use to generate network data.
Returns:
- String - Status message.
"""
# return reference
status_OUT = ''
# declare variables
me = "code_article_data"
logging_message = ""
my_logger = None
do_i_print_updates = False
my_summary_helper = None
summary_string = ""
article_coder = None
param_dict = {}
current_status = ""
my_exception_helper = None
exception_message = ""
# rate-limiting variables
am_i_rate_limited = False
continue_work = True
# auditing variables
article_counter = -1
exception_counter = -1
error_counter = -1
# grab a logger.
my_logger = self.get_logger()
# do I print some status?
do_i_print_updates = self.do_print_updates
# initialize summary helper
my_summary_helper = SummaryHelper()
# init rate-limiting
am_i_rate_limited = self.do_manage_time
# do we have a query set?
if ( query_set_IN ):
# create instance of ArticleCoder.
article_coder = self.get_coder_instance()
# initialize ArticleCoder instance from params.
# Get parent parameter container.
my_params = self.get_param_container()
# retrieve the inner dictionary.
param_dict = my_params.get_parameters()
# use the dictionary from the param container to initialize.
article_coder.initialize_from_params( param_dict )
# loop on the article list, passing each to the ArticleCoder for
# processing.
article_counter = 0
exception_counter = 0
error_counter = 0
continue_work = True
for current_article in query_set_IN:
# OK to continue work?
if ( continue_work == True ):
# increment article counter
article_counter += 1
# rate-limited?
if ( am_i_rate_limited == True ):
# yes - start timer.
self.start_request()
#-- END pre-request check for rate-limiting --#
# a little debugging to start
logging_message = "\n\n============================================================\n==> article " + str( article_counter ) + ": " + str( current_article.id ) + " - " + current_article.headline
my_logger.info( logging_message )
# print?
if ( do_i_print_updates == True ):
print( logging_message )
#-- END check to see if we print a message.
# add per-article exception handling, so we can get an idea of how
# many articles cause problems.
try:
# code the article.
current_status = article_coder.code_article( current_article )
# record status
self.record_article_status( current_article.id, current_status )
# success?
if ( current_status != ArticleCoder.STATUS_SUCCESS ):
# nope. Error.
error_counter += 1
logging_message = "======> In " + me + "(): ERROR - " + current_status + "; article = " + str( current_article )
my_logger.debug( logging_message )
# print?
if ( do_i_print_updates == True ):
print( logging_message )
#-- END check to see if we print a message.
#-- END check to see if success --#
except Exception as e:
# increment exception_counter
exception_counter += 1
# get exception helper.
my_exception_helper = self.get_exception_helper()
# log exception, no email or anything.
exception_message = "Exception caught for article " + str( current_article.id )
my_exception_helper.process_exception( e, exception_message )
logging_message = "======> " + exception_message + " - " + str( e )
my_logger.debug( logging_message )
# print?
if ( do_i_print_updates == True ):
print( logging_message )
#-- END check to see if we print a message.
# record status
self.record_article_status( current_article.id, logging_message )
#-- END exception handling around individual article processing. --#
# rate-limited?
if ( am_i_rate_limited == True ):
# yes - check if we may continue.
continue_work = self.may_i_continue()
#-- END post-request check for rate-limiting --#
else:
# not OK to continue work. Break?
#break
pass
#-- END check to see if OK to continue. If not... --#
#-- END loop over articles --#
# add some debug?
if ( ArticleCoder.DEBUG_FLAG == True ):
# yup.
status_OUT += "\n\n" + article_coder.debug + "\n\n"
#-- END check to see if we have debug to output. --#
#-- END check to make sure we have a query set. --#
# add stuff to summary and print the results.
# set stop time
my_summary_helper.set_stop_time()
# add stuff to summary
my_summary_helper.set_prop_value( "article_counter", article_counter )
my_summary_helper.set_prop_desc( "article_counter", "Articles processed" )
my_summary_helper.set_prop_value( "error_counter", error_counter )
my_summary_helper.set_prop_desc( "error_counter", "Error count" )
my_summary_helper.set_prop_value( "exception_counter", exception_counter )
my_summary_helper.set_prop_desc( "exception_counter", "Exception count" )
# output - set prefix if you want.
summary_string += my_summary_helper.create_summary_string( item_prefix_IN = "==> " )
my_logger.info( summary_string )
# output summary string as status.
status_OUT += summary_string
return status_OUT
