def main(args):
config = workloadAnalysis_pd.Config(args).config
comm = MPI.COMM_WORLD
mpi_rank = comm.Get_rank()
mpi_size = comm.Get_size()
datasets = {}
types = {}
fds = []
for fname in config.files:
print "reading data from %s" % fname
fd = h5py.File(fname, 'r')
for dset in fd:
data = fd[dset][:]
if dset not in datasets:
datasets[dset] = []
if dset not in types:
types[dset] = data.dtype
if data.dtype != types[dset]:
print "ERROR! FAIL! dtypes for %s do not match!" % dset, data.dtype, types[dset]
datasets[dset].append(data)
fd.close()
fd = h5py.File(config.output, 'w')
for dset in datasets:
data = np.concatenate(datasets[dset])
keys = []
print data
for col in data.dtype.names:
if not col.endswith("_sum") and not col.endswith("_count") and not col.endswith("_histogram"):
keys.append(col)
print "merging %s on " % dset, keys
data = workloadAnalysis_pd.mpiMergeDataset(data, keys, comm, mpi_rank, mpi_size)
print data
outdata = fd.create_dataset(dset, (data.size,), dtype=data.dtype)
outdata[:] = data[:]
fd.close()
def main(args):
config = workloadAnalysis_pd.Config(args).config
comm = MPI.COMM_WORLD
mpi_rank = comm.Get_rank()
mpi_size = comm.Get_size()
print config
dataset = []
for filename in config.files:
fd = h5py.File(filename, 'r')
dset = fd[config.summary][:]
dataset.append(dset)
fd.close()
dataset = np.concatenate(dataset)
login_mask = np.zeros(dataset.size, dtype=bool)
gens = {}
print "TOTAL CPU_SUM: ", np.sum(dataset['cpu_sum'])
## perform any needed generalizations
for gen in config.generalizations:
print "Starting on generalization: " + gen['name']
col = 'generalization_%s' % gen['name']
gens[col] = dataset[gen['column']].copy()
overall_mask = np.zeros(dataset.size, dtype=bool)
for catname in gen['eval_order']:
regexes = gen['categories'][catname]
mask = np.zeros(dataset.size, dtype=bool)
sys.stdout.write("starting on category:%s; " % catname)
for regex in regexes:
reg = re.compile(regex)
regMatch = np.vectorize(lambda x: bool(reg.match(x)))
if col in gens:
mask |= regMatch(gens[col])
else:
mask |= regMatch(dataset[col])
sys.stdout.write("%d " % np.sum(mask))
overall_mask |= mask
print "; (%d)" % np.sum(overall_mask)
gens[col][mask] = "category_%s" % catname
if gen['other_category']:
overall_mask = np.invert(overall_mask)
gens[col][overall_mask] = "category_other"
print "have %s entries: " % col, np.unique(gens[col])
print
print "types: ", dataset.dtype
print
if mpi_rank == 0:
fd = h5py.File(config.output, "w")
index_cols = []
for analysis in config.analyses:
analysis_data = dataset.copy()
index_cols = []
for axis in analysis['axes']:
for idxcol in axis:
if idxcol not in index_cols:
index_cols.append(idxcol)
remove_list = []
for col in analysis_data.dtype.names:
if col.endswith("_sum") or col.endswith("_count") or col.endswith("_histogram") or col in index_cols:
pass
else:
remove_list.append(col)
## copy generalizations into dataset
dtype_list = []
for key in analysis_data.dtype.fields:
if key not in remove_list:
dtype_list.append( (key, analysis_data.dtype.fields[key][0],) )
dtype_list.extend([ (key, gens[key].dtype,) for key in gens ])
new_dataset = np.zeros(analysis_data.size, dtype=np.dtype(dtype_list))
for col in analysis_data.dtype.names:
if col in remove_list:
continue
new_dataset[col] = analysis_data[col]
for col in gens:
new_dataset[col] = gens[col][:]
analysis_data = new_dataset
print "making most detailed version of %s analysis using " % analysis['name'], index_cols
count = analysis_data.size
print index_cols
print analysis_data.dtype.names
analysis_data = workloadAnalysis_pd.mpiMergeDataset(analysis_data, index_cols, comm, mpi_rank, mpi_size)
print "done. went from %d to %d entries" % (count, analysis_data.size)
print "[%d] cpu_sum after: " % mpi_rank, np.sum(analysis_data['cpu_sum'])
for col in index_cols:
print col, np.unique(analysis_data[col])
print "starting axis summarizations:"
for idx,axis in enumerate(analysis['axes']):
dtype_list = []
for (colidx,name) in enumerate(analysis_data.dtype.names):
if name in axis or name.endswith("_sum") or name.endswith("_count") or name.endswith("_histogram"):
dtype_list.append( (name, analysis_data.dtype[colidx],) )
axis_data = np.zeros(analysis_data.size, dtype=np.dtype(dtype_list))
for name in axis_data.dtype.names:
axis_data[name][:] = analysis_data[name].copy()
axis_data = workloadAnalysis_pd.mpiMergeDataset(axis_data, axis, comm, mpi_rank, mpi_size)
print "[%d] %s cpu_sum after axis summarization: " % (mpi_rank, analysis['axisNames'][idx]), np.sum(axis_data['cpu_sum'])
print "completed axis %s with %d records, writing data" % (analysis['axisNames'][idx], axis_data.size)
if mpi_rank == 0:
dset = fd.create_dataset('%s_%s' % (analysis['name'], analysis['axisNames'][idx]), (axis_data.size,), dtype=axis_data.dtype)
dset[:] = axis_data[:]
print "completed writing data out."
if mpi_rank == 0:
fd.close()
