def test_clone(self): store = Storage(filename=self.filename, template=self.template_snapshot, mode='w') assert(os.path.isfile(self.filename)) copy = self.template_snapshot.copy() store.save(copy) store.save(self.traj) store.clone(filename=self.filename_clone, subset = self.solute_indices) # clone the storage and reduce the number of atoms to only solute store2 = Storage(filename=self.filename_clone, mode='a') # do some tests, if this is still the same data compare_snapshot( store2.snapshots.load(0), store.snapshots.load(0).subset(self.solute_indices) ) compare_snapshot( store2.snapshots.load(1), store.snapshots.load(1).subset(self.solute_indices) ) store.close() store2.close() pass
def test_clone_empty(self): store = Storage(filename=self.filename, template=self.template_snapshot, mode='w') assert(os.path.isfile(self.filename)) copy = self.template_snapshot.copy() store.save(copy) store.save(self.traj) store.clone_empty(filename=self.filename_clone) # clone the storage and reduce the number of atoms to only solute store2 = Storage(filename=self.filename_clone, mode='a') # do some tests, if this is still the same data compare_snapshot( store2.snapshots.load(0), store.snapshots.load(0) ) # check if the reversed copy also works compare_snapshot( store2.snapshots.load(1), store.snapshots.load(1) ) assert_equal(len(store2.snapshots), 2) assert_equal(len(store2.trajectories), 0) store.close() store2.close() pass
def test_clone_empty(self): store = Storage(filename=self.filename, template=self.template_snapshot, mode='w') assert(os.path.isfile(self.filename)) copy = self.template_snapshot.copy() store.save(copy) store.save(self.traj) store.clone_empty(filename=self.filename_clone) # clone the storage and reduce the number of atoms to only solute store2 = Storage(filename=self.filename_clone, mode='a') # do some tests, if this is still the same data compare_snapshot( store2.snapshots.load(0), store.snapshots.load(0) ) # check if the reversed copy also works compare_snapshot( store2.snapshots.load(1), store.snapshots.load(1) ) assert_equal(len(store2.snapshots), 2) assert_equal(len(store2.trajectories), 0) store.close() store2.close() pass
def test_clone(self): store = Storage(filename=self.filename, template=self.template_snapshot, mode='w') assert(os.path.isfile(self.filename)) copy = self.template_snapshot.copy() store.save(copy) store.save(self.traj) store.clone(filename=self.filename_clone, subset = self.solute_indices) # clone the storage and reduce the number of atoms to only solute store2 = Storage(filename=self.filename_clone, mode='a') # do some tests, if this is still the same data compare_snapshot( store2.snapshots.load(0), store.snapshots.load(0).subset(self.solute_indices) ) compare_snapshot( store2.snapshots.load(1), store.snapshots.load(1).subset(self.solute_indices) ) store.close() store2.close() pass
def test_mention_only(self): storage_w = paths.Storage(self.filename, "w", use_uuid=True) template = self.template_snapshot storage_w.snapshots.add_type(template) test_snap = self.traj[2] # only touch a new snapshot storage_w.snapshots.only_mention = True storage_w.snapshots.save(test_snap) # check that the snapshot is there assert(len(storage_w.snapshots) == 4) # in the memory uuid index assert(test_snap.__uuid__ in storage_w.snapshots.index) # and stored assert(test_snap.__uuid__ == storage_w.snapshots.vars['uuid'][1]) # but no real snapshot has been stored # print len(storage_w.objects['snapshot0']) assert(len(storage_w.objects['snapshot0']) == 2) # switch on normal saving storage_w.snapshots.only_mention = False test_snap = self.traj[4] storage_w.snapshots.mention(test_snap) # check that the snapshot is there assert(len(storage_w.snapshots) == 6) # in the memory uuid index assert(test_snap.__uuid__ in storage_w.snapshots.index) # and stored assert(test_snap.__uuid__ == storage_w.snapshots.vars['uuid'][2]) # but no real snapshot has been stored assert(len(storage_w.objects['snapshot0']) == 2) # try to now add it storage_w.snapshots.save(test_snap) # check that the snapshot is not stored again (only 3 snapshots) assert(len(storage_w.snapshots) == 6) assert(len(storage_w.objects['snapshot0']) == 4) # print storage_w.objects['snapshot0'][1].coordinates # print template.coordinates # print storage_w.objects['snapshot0'][0].coordinates # print test_snap.coordinates # print storage_w.objects['snapshot0'].vars['statics'][0].coordinates # print storage_w.objects['snapshot0'].vars['statics'][1].coordinates # print storage_w.objects['snapshot0'].index compare_snapshot(storage_w.objects['snapshot0'][4], test_snap)
def test_mention_only(self): storage_w = paths.Storage(self.filename, "w", use_uuid=True) template = self.template_snapshot storage_w.snapshots.add_type(template) test_snap = self.traj[2] # only touch a new snapshot storage_w.snapshots.only_mention = True storage_w.snapshots.save(test_snap) # check that the snapshot is there assert (len(storage_w.snapshots) == 4) # in the memory uuid index assert (test_snap.__uuid__ in storage_w.snapshots.index) # and stored assert (test_snap.__uuid__ == storage_w.snapshots.vars['uuid'][1]) # but no real snapshot has been stored # print len(storage_w.objects['snapshot0']) assert (len(storage_w.objects['snapshot0']) == 2) # switch on normal saving storage_w.snapshots.only_mention = False test_snap = self.traj[4] storage_w.snapshots.mention(test_snap) # check that the snapshot is there assert (len(storage_w.snapshots) == 6) # in the memory uuid index assert (test_snap.__uuid__ in storage_w.snapshots.index) # and stored assert (test_snap.__uuid__ == storage_w.snapshots.vars['uuid'][2]) # but no real snapshot has been stored assert (len(storage_w.objects['snapshot0']) == 2) # try to now add it storage_w.snapshots.save(test_snap) # check that the snapshot is not stored again (only 3 snapshots) assert (len(storage_w.snapshots) == 6) assert (len(storage_w.objects['snapshot0']) == 4) # print storage_w.objects['snapshot0'][1].coordinates # print template.coordinates # print storage_w.objects['snapshot0'][0].coordinates # print test_snap.coordinates # print storage_w.objects['snapshot0'].vars['statics'][0].coordinates # print storage_w.objects['snapshot0'].vars['statics'][1].coordinates # print storage_w.objects['snapshot0'].index compare_snapshot(storage_w.objects['snapshot0'][4], test_snap)
def test_stored_template(self): store = Storage(filename=self.filename, template=self.template_snapshot, mode='w') assert(os.path.isfile(self.filename)) store.close() store = Storage(filename=self.filename, mode='a') loaded_template = store.template compare_snapshot(loaded_template, self.template_snapshot) store.close()
def test_stored_template(self): store = Storage(filename=self.filename, template=self.template_snapshot, mode='w') assert(os.path.isfile(self.filename)) store.close() store = Storage(filename=self.filename, mode='a') loaded_template = store.template compare_snapshot(loaded_template, self.template_snapshot) store.close()
def test_load_save(self): store = Storage(filename=self.filename, template=self.template_snapshot, mode='w') assert(os.path.isfile(self.filename)) copy = self.template_snapshot.copy() store.save(copy) store.close() store = Storage(filename=self.filename, mode='a') loaded_template = store.template compare_snapshot(loaded_template, self.template_snapshot) loaded_copy = store.load(Snapshot, 1) compare_snapshot(loaded_template, loaded_copy) store.close()
def test_load_save(self): store = Storage(filename=self.filename, template=self.template_snapshot, mode='w') assert(os.path.isfile(self.filename)) copy = self.template_snapshot.copy() store.save(copy) store.close() store = Storage(filename=self.filename, mode='a') loaded_template = store.template compare_snapshot(loaded_template, self.template_snapshot) loaded_copy = store.load(Snapshot, 1) compare_snapshot(loaded_template, loaded_copy) store.close()
def test_proxy(self): for use_uuid in [True, False]: store = Storage(filename=self.filename, mode='w', use_uuid=use_uuid) assert (os.path.isfile(self.filename)) tm = self.template_snapshot store.save(tm) px = store.snapshots.proxy(0) # make sure that the proxy and assert (hash(px) == hash(tm)) assert (px == tm) store.snapshots.cache.clear() s0 = store.snapshots[0] assert (hash(px) == hash(s0)) assert (px == s0) compare_snapshot(px, tm) compare_snapshot(s0, tm) px = store.snapshots.proxy(0) # make sure that after reloading it still works assert (hash(px) == hash(tm)) assert (px == tm) store.close() store = Storage(filename=self.filename, mode='a') s1 = store.snapshots[0] store.close() # when loading only for uuid based storages you get the same id assert ((hash(px) == hash(s1)) is use_uuid) assert ((px == s1) is use_uuid)
def test_proxy(self): for use_uuid in [True, False]: store = Storage(filename=self.filename, mode='w', use_uuid=use_uuid) assert(os.path.isfile(self.filename)) tm = self.template_snapshot store.save(tm) px = store.snapshots.proxy(0) # make sure that the proxy and assert(hash(px) == hash(tm)) assert(px == tm) store.snapshots.cache.clear() s0 = store.snapshots[0] assert(hash(px) == hash(s0)) assert(px == s0) compare_snapshot(px, tm) compare_snapshot(s0, tm) px = store.snapshots.proxy(0) # make sure that after reloading it still works assert(hash(px) == hash(tm)) assert(px == tm) store.close() store = Storage(filename=self.filename, mode='a') s1 = store.snapshots[0] store.close() # when loading only for uuid based storages you get the same id assert((hash(px) == hash(s1)) is use_uuid) assert((px == s1) is use_uuid)
def test_load_save_uuid(self): store = Storage(filename=self.filename, mode='w') assert (os.path.isfile(self.filename)) store.save(self.template_snapshot) store.close() store = Storage(filename=self.filename, mode='a') loaded_template = store.snapshots[self.template_snapshot.__uuid__] loaded_r = store.snapshots[self.template_snapshot.reversed.__uuid__] compare_snapshot(loaded_template, self.template_snapshot, True) compare_snapshot(loaded_template.reversed, self.template_snapshot.reversed, True) compare_snapshot(loaded_r, self.template_snapshot.reversed) store.close()
def test_load_save_uuid(self): store = Storage(filename=self.filename, mode='w') assert(os.path.isfile(self.filename)) store.save(self.template_snapshot) store.close() store = Storage(filename=self.filename, mode='a') loaded_template = store.snapshots[self.template_snapshot.__uuid__] loaded_r = store.snapshots[self.template_snapshot.reversed.__uuid__] compare_snapshot(loaded_template, self.template_snapshot, True) compare_snapshot( loaded_template.reversed, self.template_snapshot.reversed, True) compare_snapshot(loaded_r, self.template_snapshot.reversed) store.close()
def test_load_save_toy(self): store = Storage(filename=self.filename, mode='w', use_uuid=False) assert (os.path.isfile(self.filename)) store.save(self.toy_template) store.close() store = Storage(filename=self.filename, mode='a') loaded_template = store.snapshots[0] loaded_r = store.snapshots[1] compare_snapshot(loaded_template, self.toy_template, True) compare_snapshot(loaded_template.reversed, self.toy_template.reversed, True) compare_snapshot(loaded_r, self.toy_template.reversed) store.close()
def test_load_save_toy(self): store = Storage(filename=self.filename, mode='w', use_uuid=False) assert(os.path.isfile(self.filename)) store.save(self.toy_template) store.close() store = Storage(filename=self.filename, mode='a') loaded_template = store.snapshots[0] loaded_r = store.snapshots[1] compare_snapshot(loaded_template, self.toy_template, True) compare_snapshot( loaded_template.reversed, self.toy_template.reversed, True) compare_snapshot(loaded_r, self.toy_template.reversed) store.close()
def test_load_save(self): for use_uuid in [True, False]: store = Storage(filename=self.filename, mode='w', use_uuid=use_uuid) assert(os.path.isfile(self.filename)) store.save(self.template_snapshot) store.close() store = Storage(filename=self.filename, mode='a') loaded_template = store.snapshots[0] loaded_r = store.snapshots[1] compare_snapshot(loaded_template, self.template_snapshot, True) compare_snapshot( loaded_template.reversed, self.template_snapshot.reversed, True) compare_snapshot(loaded_r, self.template_snapshot.reversed) store.close()
def test_load_save(self): for use_uuid in [True, False]: store = Storage(filename=self.filename, mode='w', use_uuid=use_uuid) assert (os.path.isfile(self.filename)) store.save(self.template_snapshot) store.close() store = Storage(filename=self.filename, mode='a') loaded_template = store.snapshots[0] loaded_r = store.snapshots[1] compare_snapshot(loaded_template, self.template_snapshot, True) compare_snapshot(loaded_template.reversed, self.template_snapshot.reversed, True) compare_snapshot(loaded_r, self.template_snapshot.reversed) store.close()
def test_store_snapshots(self): fname = data_filename("cv_storage_test.nc") if os.path.isfile(fname): os.remove(fname) traj = paths.Trajectory(list(self.traj)) template = traj[0] for use_uuid, use_cache in [(True, True), (False, True), (True, False), (False, False)]: # print '==========================================================' # print 'UUID', use_uuid, 'CACHE', use_cache # print '==========================================================' storage_w = paths.Storage(fname, "w", use_uuid=use_uuid) storage_w.snapshots.save(template) # let's mess up the order in which we save and include # reversed ones as well assert (len(storage_w.snapshots) == 2) assert (len(storage_w.trajectories) == 0) assert (len(storage_w.stores['snapshot0']) == 2) storage_w.snapshots.save(traj[8].reversed) assert (len(storage_w.snapshots) == 4) assert (len(storage_w.trajectories) == 0) assert (len(storage_w.stores['snapshot0']) == 4) # this will store traj[6:] under pos IDX #0 storage_w.trajectories.save(traj[6:]) assert (len(storage_w.snapshots) == 10) assert (len(storage_w.trajectories) == 1) assert (len(storage_w.stores['snapshot0']) == 10) traj_rev = traj.reversed # this will store traj_rev under pos IDX #1 storage_w.trajectories.mention(traj_rev) assert (len(storage_w.snapshots) == 20) assert (len(storage_w.trajectories) == 2) assert (len(storage_w.stores['snapshot0']) == 10) # this will not do anything since traj is already saved storage_w.trajectories.save(traj_rev) assert (len(storage_w.snapshots) == 20) assert (len(storage_w.trajectories) == 2) assert (len(storage_w.stores['snapshot0']) == 10) # this will store traj under pos IDX #2 storage_w.trajectories.save(traj) assert (len(storage_w.snapshots) == 20) assert (len(storage_w.trajectories) == 3) assert (len(storage_w.stores['snapshot0']) == 20) # this will not store since traj is already stored storage_w.trajectories.save(traj) assert (len(storage_w.snapshots) == 20) assert (len(storage_w.trajectories) == 3) assert (len(storage_w.stores['snapshot0']) == 20) # we saved in this order [0f, 8r, 6f, 7f, 9f, 5r, 4r, 3r, 2r, 1r ] # these are indices [ 0, 17, 12, 14, 18, 3, 5, 7, 9, 11 ] storage_w.close() if use_cache: storage_r = paths.AnalysisStorage(fname) else: storage_r = paths.Storage(fname, 'r') storage_r.snapshots.set_caching(False) storage_r.stores['snapshot0'].set_caching(False) # check if the loaded trajectory is reproduced for s1, s2 in zip(traj, storage_r.trajectories[2]): compare_snapshot(s1, s2, True) # this is the expected order in which it is saved eff_traj = [ traj[0], traj[8].reversed, traj[6], traj[7], traj[9], traj[5].reversed, traj[4].reversed, traj[3].reversed, traj[2].reversed, traj[1].reversed, ] # load from hidden and see, if the hidden store looks as expected # we open every second snapshot from the hidden store because the # ones in between correspond to the reversed ones hidden_snapshots = storage_r.stores['snapshot0'][:] for idx in range(10): s1 = eff_traj[idx] s1r = s1.reversed s2 = hidden_snapshots[2 * idx] s2r = hidden_snapshots[2 * idx + 1] compare_snapshot(s1, s2, True) compare_snapshot(s1r, s2r, True) storage_r.close()
def test_store_snapshots(self): fname = data_filename("cv_storage_test.nc") if os.path.isfile(fname): os.remove(fname) traj = paths.Trajectory(list(self.traj)) template = traj[0] for use_uuid, use_cache in [ (True, True), (False, True), (True, False), (False, False)]: # print '==========================================================' # print 'UUID', use_uuid, 'CACHE', use_cache # print '==========================================================' storage_w = paths.Storage(fname, "w", use_uuid=use_uuid) storage_w.snapshots.save(template) # let's mess up the order in which we save and include # reversed ones as well assert(len(storage_w.snapshots) == 2) assert(len(storage_w.trajectories) == 0) assert(len(storage_w.stores['snapshot0']) == 2) storage_w.snapshots.save(traj[8].reversed) assert(len(storage_w.snapshots) == 4) assert(len(storage_w.trajectories) == 0) assert(len(storage_w.stores['snapshot0']) == 4) # this will store traj[6:] under pos IDX #0 storage_w.trajectories.save(traj[6:]) assert(len(storage_w.snapshots) == 10) assert(len(storage_w.trajectories) == 1) assert(len(storage_w.stores['snapshot0']) == 10) traj_rev = traj.reversed # this will store traj_rev under pos IDX #1 storage_w.trajectories.mention(traj_rev) assert(len(storage_w.snapshots) == 20) assert(len(storage_w.trajectories) == 2) assert(len(storage_w.stores['snapshot0']) == 10) # this will not do anything since traj is already saved storage_w.trajectories.save(traj_rev) assert(len(storage_w.snapshots) == 20) assert(len(storage_w.trajectories) == 2) assert(len(storage_w.stores['snapshot0']) == 10) # this will store traj under pos IDX #2 storage_w.trajectories.save(traj) assert(len(storage_w.snapshots) == 20) assert(len(storage_w.trajectories) == 3) assert(len(storage_w.stores['snapshot0']) == 20) # this will not store since traj is already stored storage_w.trajectories.save(traj) assert(len(storage_w.snapshots) == 20) assert(len(storage_w.trajectories) == 3) assert(len(storage_w.stores['snapshot0']) == 20) # we saved in this order [0f, 8r, 6f, 7f, 9f, 5r, 4r, 3r, 2r, 1r ] # these are indices [ 0, 17, 12, 14, 18, 3, 5, 7, 9, 11 ] storage_w.close() if use_cache: storage_r = paths.AnalysisStorage(fname) else: storage_r = paths.Storage(fname, 'r') storage_r.snapshots.set_caching(False) storage_r.stores['snapshot0'].set_caching(False) # check if the loaded trajectory is reproduced for s1, s2 in zip(traj, storage_r.trajectories[2]): compare_snapshot(s1, s2, True) # this is the expected order in which it is saved eff_traj = [ traj[0], traj[8].reversed, traj[6], traj[7], traj[9], traj[5].reversed, traj[4].reversed, traj[3].reversed, traj[2].reversed, traj[1].reversed, ] # load from hidden and see, if the hidden store looks as expected # we open every second snapshot from the hidden store because the # ones in between correspond to the reversed ones hidden_snapshots = storage_r.stores['snapshot0'][:] for idx in range(10): s1 = eff_traj[idx] s1r = s1.reversed s2 = hidden_snapshots[2 * idx] s2r = hidden_snapshots[2 * idx + 1] compare_snapshot(s1, s2, True) compare_snapshot(s1r, s2r, True) storage_r.close()