def runCompiler(tree):
from executer import execute
get_classification(tree)
print "Start executing..."
execute(primary_code, input_parameters)
def pafe_replacement():
scheduling = ['fifo', 'lru', 'opt']
inp = request.args['input']
out = ""
for algo in scheduling:
out += executer.execute('page_replacement/' + algo, inp)
return out
def process_schedule():
scheduling = ['fcfs', 'rr', 'sjf', 'non_preemptive', 'srtf', 'preemptive']
inp = request.args['input']
out = ""
for algo in scheduling:
out += executer.execute('process_scheduling/'+algo, inp)
return out
def disk_schedule():
scheduling = ['fcfs', 'sstf', 'scan', 'c_scan', 'look', 'c_look']
inp = request.args['input']
print inp
out = ""
for algo in scheduling:
out += executer.execute('disk_scheduling/'+algo, inp)
return out
def main():
"""
Function referred in setup.py for the entrypoint
"""
# query input
(query, results_number) = inputnow()
# obtaining top results for articles' ABSTRACTS
database = "pubmed"
execute(query, database, results_number)
# obtaining top results for articles' FULL TEXTS
database = "pmc"
execute(query, database, results_number)
print(
"If you are not satisfied with the search results, try shorter/longer/equivalent queries with/without a filter."
)
print('Thank you.')
def producer():
inp = request.args['input']
out = executer.execute('process_sync/producer_consumer', inp)
return out
def dining():
inp = request.args['input']
out = executer.execute('process_sync/dining', inp)
return out
def pafe_rtos():
inp = request.args['input']
out = executer.execute('RTOS/rate_monotonic', inp)
return out
def reader():
inp = request.args['input']
out = executer.execute('process_sync/readerwriter', inp)
return out