human
Solve the following python programming problem given the following code:
@ borg.annotations (suite_path = ('path to the solvers suite', 'positional', None, os.path.abspath), tasks_root = ('path to task files', 'positional', None, os.path.abspath), budget = ('per-instance budget', 'positional', None, float), only_missing = ('only make missing runs', 'flag'), store_answers = ('store answers to instances', 'flag'), only_solver = ('only make runs of one solver', 'option'), runs = ('number of runs', 'option', 'r', int), suffix = ('runs file suffix', 'option'), distributor_name = ('name of task distributor', 'option'), workers = ('submit jobs?', 'option', 'w', int)) 
def main(suite_path, tasks_root, budget, only_missing = False, store_answers = False, only_solver = None, runs = 4, suffix = '.runs.csv', distributor_name = 'ipython', workers = 0) : 
    'Collect solver running-time data.' 
    def yield_runs() : 
        suite = borg.load_solvers (suite_path) 
        logger.info ('scanning paths under %s', tasks_root) 
        paths = list (borg.util.files_under (tasks_root, suite.domain.extensions)) 
        if (not paths) : 
            raise ValueError ('no paths found under specified root') 
if (only_solver is None) : 
            solver_names = suite.solvers.keys () 
else : 
            solver_names = [only_solver] 
for path in paths : 
            run_data = None 
            if (only_missing and os.path.exists ((path + suffix))) : 
                run_data = numpy.recfromcsv ((path + suffix), usemask = True) 
for solver_name in solver_names : 
                if (only_missing and (run_data is not None)) : 
                    count = max (0, (runs - numpy.sum ((run_data.solver == solver_name)))) 
else : 
                    count = runs 
logger.info ('scheduling %i run(s) of %s on %s', count, solver_name, os.path.basename (path)) 
                for _ in xrange (count) : 
                    seed = numpy.random.randint (sys.maxint) 
                    (yield (run_solver_on, [suite_path, solver_name, path, budget, store_answers, seed])) 
distributor = borg.distributors.make...

    
    

    Fix the buggy line: (cnf_path, solver_name, budget, cost, succeeded, answer) = budget
assistant
#Here is Python program to fix the buggy line: (cnf_path, solver_name, budget, cost, succeeded, answer) = budget
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(cnf_path, solver_name, budget, cost, succeeded, answer) = row