def write_check():
big_arrays()
log_pairs = build_log_info(DIRPATH)
for log_pair in log_pairs:
logged_mem_mb = log_pair['final_memory MB'] - \
log_pair['initial_memory MB']
print '******************'
print "logged_mem_mb", logged_mem_mb
print "actual_mem MB", log_pair['actual_mem MB']
if not logged_mem_mb == 0:
print "diff %", ((logged_mem_mb - log_pair['actual_mem MB'])
/ log_pair['actual_mem MB'] * 100.)
shutil.rmtree(DIRPATH)
def write_check():
big_arrays()
log_pairs = build_log_info(DIRPATH)
for log_pair in log_pairs:
logged_mem_mb = log_pair['final_memory MB'] - \
log_pair['initial_memory MB']
print '******************'
print "logged_mem_mb", logged_mem_mb
print "actual_mem MB", log_pair['actual_mem MB']
if not logged_mem_mb == 0:
print "diff %", ((logged_mem_mb - log_pair['actual_mem MB']) /
log_pair['actual_mem MB'] * 100.)
shutil.rmtree(DIRPATH)
def create_meta_log():
path = os.path.join(eqrm_data_home(), 'test_national',
'memory_output')
# 'memory_output_riskB')
log_pairs = build_log_info(path)
#print "len(log_pairs)", len(log_pairs)
log_pairs_estimate_mem(log_pairs)
mem_pairs = []
for alog in log_pairs:
just_mem = {}
for key, value in alog.iteritems():
if "mem" in key:
just_mem[key] = value
mem_pairs.append(just_mem)
write_meta_log(mem_pairs, os.path.join(path, 'meta_log.csv'))
def log_estimate_memory_use(path):
log_pairs = build_log_info(path)
log_pairs_estimate_mem(log_pairs)
def create_meta_log(path=None):
if path == None:
path = os.path.join(eqrm_data_home(), 'test_national', 'reduce_mem')
log_pairs = build_log_info(path)
log_pairs_estimate_mem(log_pairs)
def log_estimate_memory_use(path):
log_pairs = build_log_info(path)
log_pairs_estimate_mem(log_pairs)
def create_meta_log(path=None):
if path == None:
path = os.path.join(eqrm_data_home(), 'test_national',
'reduce_mem')
log_pairs = build_log_info(path)
log_pairs_estimate_mem(log_pairs)
