def test(self):
for para in rule_parameter.ParaDict(
expname='test_alignment_100',
trace_expnames=['test_alignment_100_traces'],
rule='alignment',
):
experiment.execute_simulation(para)
def test(self):
old_dir = "/tmp/results/sqlitewal-update"
if os.path.exists(old_dir):
shutil.rmtree(old_dir)
# copy the data to
shcmd("cp -r ./tests/testdata/sqlitewal-update /tmp/results/")
for para in rule_parameter.ParaDict("testexpname", ['sqlitewal-update'], "grouping"):
experiment.execute_simulation(para)
def test(self):
for para in rule_parameter.ParaDict(
expname="test_rand_write_rand_read",
trace_expnames=["test_rand_write_rand_read_trace"],
rule="locality"):
experiment.execute_simulation(para)
for para in rule_parameter.ParaDict(
expname="test_rand_write_rand_read",
trace_expnames=["test_rand_write_rand_read_trace"],
rule="localitysmall"):
experiment.execute_simulation(para)
def test(self):
for para in rule_parameter.ParaDict(expname="linux-dd-locality",
trace_expnames=['linux-dd-exp'],
rule="locality"):
experiment.execute_simulation(para)
def test(self):
for para in rule_parameter.ParaDict(
expname="exp_simulation_death_negative",
trace_expnames=['exp_death_negative'],
rule="grouping"):
experiment.execute_simulation(para)
def test(self):
for para in rule_parameter.ParaDict(
expname="exp_simulation_locality_negative",
trace_expnames=['exp_locality_negative'],
rule="locality"):
experiment.execute_simulation(para)
def test(self):
for para in rule_parameter.ParaDict(
expname="test_grouping_workload",
trace_expnames=["test_grouping_workload_trace"],
rule="grouping"):
experiment.execute_simulation(para)
