def search_experiments_by_research_group_owner_name(firstname="",
lastname="",
processes=4,
check_integrity=False):
_init()
#transform params into mongo search dictironary
_test_search_experiment_by_research_group_owner_name_mongo[
"header.research_group.owner.firstname"] = firstname
_test_search_experiment_by_research_group_owner_name_mongo[
"header.research_group.owner.lastname"] = lastname
ora_param = [firstname, lastname]
#function references for integriy check and measure functions
ora = lambda: oc.query_experiment_ids(
_test_search_experiment_by_research_group_owner_name_oracle, ora_param)
mon = lambda: mo.find_ids(
_test_search_experiment_by_research_group_owner_name_mongo)
#function references for paralel run
ora_m = lambda: _measure_oracle(ora)
mon_m = lambda: _measure_mongo(mon)
#run the tests
_paralel_run(processes, ora_m, mon_m)
print "### SEARCH EXPERIMENTS BY RESEARCH GROUP OWNER RESULTS ###"
if (check_integrity):
_check_integrity(ora, mon)
print "Oracle: " + str(_oracle_time / processes)
print "Mongo: " + str(_mongo_time / processes)
print "########"
def search_experiments_by_subject_age(age=18,
processes=4,
check_integrity=False):
_init()
#transform params into mongo search dictironary
now = datetime.now()
bday = datetime(now.year - age, now.month, now.day)
_test_search_experiment_by_subject_age_mongo["subject.date_of_birth"][
"$lte"] = bday
ora_param = [age]
#function references for integriy check and measure functions
ora = lambda: oc.query_experiment_ids(
_test_search_experiment_by_subject_age_oracle, ora_param)
mon = lambda: mo.find_ids(_test_search_experiment_by_subject_age_mongo)
#function references for paralel run
ora_m = lambda: _measure_oracle(ora)
mon_m = lambda: _measure_mongo(mon)
#run the tests
_paralel_run(processes, ora_m, mon_m)
print "### SEARCH EXPERIMENTS BY SUBJECT AGE RESULTS ###"
if (check_integrity):
_check_integrity(ora, mon)
print "Oracle: " + str(_oracle_time / processes)
print "Mongo: " + str(_mongo_time / processes)
print "########"
def search_experiments_by_scenario_name(scenario_name,
processes=4,
check_integrity=False):
_init()
#transform params into mongo search dictironary
_test_search_experiment_by_scenario_name_mongo[
"scenario.name"] = scenario_name
#function references for integriy check and measure functions
ora = lambda: oc.query_experiment_ids(
_test_search_experiment_by_scenario_name_oracle, [scenario_name])
mon = lambda: mo.find_ids(_test_search_experiment_by_scenario_name_mongo)
#function references for paralel run
ora_m = lambda: _measure_oracle(ora)
mon_m = lambda: _measure_mongo(mon)
#run the tests
_paralel_run(processes, ora_m, mon_m)
print "### SEARCH EXPERIMENTS BY SCENARIO TITLE RESULTS ###"
if (check_integrity):
_check_integrity(ora, mon)
print "Oracle: " + str(_oracle_time / processes)
print "Mongo: " + str(_mongo_time / processes)
print "######"
def search_experiments_by_scenario_name(scenario_name, processes=4, check_integrity=False):
_init()
#transform params into mongo search dictironary
_test_search_experiment_by_scenario_name_mongo["scenario.name"] = scenario_name
#function references for integriy check and measure functions
ora = lambda: oc.query_experiment_ids(_test_search_experiment_by_scenario_name_oracle, [scenario_name])
mon = lambda: mo.find_ids(_test_search_experiment_by_scenario_name_mongo)
#function references for paralel run
ora_m = lambda: _measure_oracle(ora)
mon_m = lambda: _measure_mongo(mon)
#run the tests
_paralel_run(processes,ora_m,mon_m)
print "### SEARCH EXPERIMENTS BY SCENARIO TITLE RESULTS ###"
if(check_integrity):
_check_integrity(ora, mon)
print "Oracle: " + str(_oracle_time/processes)
print "Mongo: " + str(_mongo_time/processes)
print "######"
def search_experiments_by_research_group_owner_name(firstname="", lastname="", processes=4, check_integrity=False):
_init()
#transform params into mongo search dictironary
_test_search_experiment_by_research_group_owner_name_mongo["header.research_group.owner.firstname"] = firstname
_test_search_experiment_by_research_group_owner_name_mongo["header.research_group.owner.lastname"] = lastname
ora_param = [firstname, lastname]
#function references for integriy check and measure functions
ora = lambda: oc.query_experiment_ids(_test_search_experiment_by_research_group_owner_name_oracle, ora_param)
mon = lambda: mo.find_ids(_test_search_experiment_by_research_group_owner_name_mongo)
#function references for paralel run
ora_m = lambda: _measure_oracle(ora)
mon_m = lambda: _measure_mongo(mon)
#run the tests
_paralel_run(processes,ora_m,mon_m)
print "### SEARCH EXPERIMENTS BY RESEARCH GROUP OWNER RESULTS ###"
if(check_integrity):
_check_integrity(ora, mon)
print "Oracle: " + str(_oracle_time/processes)
print "Mongo: " + str(_mongo_time/processes)
print "########"
def search_experiments_by_subject_age(age=18, processes=4, check_integrity=False):
_init()
#transform params into mongo search dictironary
now = datetime.now()
bday = datetime(now.year - age, now.month, now.day)
_test_search_experiment_by_subject_age_mongo["subject.date_of_birth"]["$lte"]=bday
ora_param = [age]
#function references for integriy check and measure functions
ora = lambda: oc.query_experiment_ids(_test_search_experiment_by_subject_age_oracle, ora_param)
mon = lambda: mo.find_ids(_test_search_experiment_by_subject_age_mongo)
#function references for paralel run
ora_m = lambda: _measure_oracle(ora)
mon_m = lambda: _measure_mongo(mon)
#run the tests
_paralel_run(processes,ora_m,mon_m)
print "### SEARCH EXPERIMENTS BY SUBJECT AGE RESULTS ###"
if(check_integrity):
_check_integrity(ora, mon)
print "Oracle: " + str(_oracle_time/processes)
print "Mongo: " + str(_mongo_time/processes)
print "########"