def end_query_session(self,end_time):
# DMAX added in this condition to take the first event only.
# Subsequent events add overhead to the time - that isn't strictly part of the session.
if self.session_end_time is None:
# Added by David on December 13, 2016
# Last events (e.g. EXPERIMENT_TIMEOUT) should not be considered as the final session event.
# Some people in the experiment walk away (or something) for several minutes, meaning that times are way out.
# In this case, we roll back to the last interaction event - where the event is not EXPERIMENT_TIMEOUT or SESSION_COMPLETED.
end_time = self.last_interaction_time
self.session_end_time = end_time
# print "END EVENT: {0}".format(self.last_interaction_event)
# print "END TIME: {0}".format(self.last_interaction_time)
self.session_time = get_time_diff(self.session_start_time, end_time)
#print "session time", self.session_time
self.update_times(end_time)
#if self.last_event == 'VIEW_SEARCH_RESULTS_PAGE':
# self.snippet_time = self.snippet_time + get_time_diff(self.view_serp_time, end_time)
# Adding some code to work out probabilities for clicking!
relevant_count = 0
for i in range(0, self.hover_depth):
if self.hover_depth > len(self.query_response.results):
continue
if self.qrel_handler.get_value(self.topic, self.query_response.results[i].docid) > 0:
relevant_count = relevant_count + 1
for i in range(0, self.hover_depth):
docid_at_rank = self.query_response.results[i].docid
if is_relevant(self.qrel_handler, self.topic, docid_at_rank) == 0:
self.hover_trec_nonrel_count = self.hover_trec_nonrel_count + 1
else:
self.hover_trec_rel_count = self.hover_trec_rel_count + 1
def process(self, vals):
self.event_count = self.event_count + 1
#self.last_event_time
# We want to measure query time from the last QUERY_FOCUS event.
# We could do it from the first, but we decided this could be too unreliable...
# So every time we see a new QUERY_FOCUS, we override what we have before and update the time accordingly.
# Commented out this line so that this is overwritten
#if self.last_query_focus_time is None:
if ('QUERY_FOCUS' in vals):
self.last_query_focus_time = '{date} {time}'.format(date=vals[0],time=vals[1])
if self.last_query_focus_time is None:
if ('VIEW_SEARCH_BOX' in vals):
self.last_query_focus_time = '{date} {time}'.format(date=vals[0],time=vals[1])
# End de-dentation
if ('QUERY_ISSUED' in vals):
# new query, create a query log entry
if self.current_query:
if self.last_query_focus_time:
lqft = self.last_query_focus_time
else:
lqft = self.last_event_time # We didn't see a FOCUS or VIEW_SEARCH_BOX, so fallback to last event time.
self.current_query.end_query_session(lqft)
#print "QUERY ISSUED:", vals[8:]
#print self.last_query_focus_time, ':::', vals[1], ':::', get_time_diff(self.last_query_focus_time, vals[1])
#print
if self.last_query_focus_time is None:
self.last_query_focus_time = self.last_event_time
self.current_query = QueryLogEntry(self.key, vals, self.qrel_handler, self.engine, get_time_diff(self.last_query_focus_time, '{date} {time}'.format(date=vals[0],time=vals[1])))
self.last_query_focus_time = None
self.query_ended_previously = False
self.queries.append(self.current_query)
else:
if self.current_query:
# process result under this query object
self.current_query.process(vals)
# probably should put a condition on this (start task, doc viewed, view serp, etc, ) not all/any
self.last_event_time = '{date} {time}'.format(date=vals[0],time=vals[1])
event = vals[8]
if event in ['PRACTICE_SEARCH_TASK_COMPLETED','SESSION_COMPLETED','EXPERIMENT_TIMEOUT','SNIPPET_POSTTASK_SURVEY_STARTED','SEARCH_TASK_COMPLETED']:
#print 'search task complete - event'
if self.current_query and not self.query_ended_previously:
#print "end of search session"
self.current_query.end_query_session('{date} {time}'.format(date=vals[0],time=vals[1]))
self.query_ended_previously = True
# Code for removing documents that were previously marked, but are then reselected as non-relevant.
all_docs_unmarked = []
for query_object in self.queries:
all_docs_unmarked = all_docs_unmarked + query_object.doc_unmarked_list
query_object.doc_unmarked_list = []
for query_object in self.queries:
for docid in all_docs_unmarked:
if docid in query_object.doc_marked_list:
topic = self.key.split(' ')[4]
query_object.doc_marked_list.remove(docid)
query_object.doc_rel_count = query_object.doc_rel_count - 1
if is_relevant(self.qrel_handler, topic, docid) == 0:
query_object.doc_clicked_trec_nonrel_count = query_object.doc_clicked_trec_nonrel_count - 1
else:
query_object.doc_clicked_trec_rel_count = query_object.doc_clicked_trec_rel_count - 1
def process(self, vals):
self.event_count = self.event_count + 1
self.curr_event = vals[8]
self.update_times('{date} {time}'.format(date=vals[0],time=vals[1]))
if 'VIEW_SEARCH_RESULTS_PAGE' in vals:
n = 1
if len(vals) == 10:
n = int(vals[9])
if self.pages < n:
self.pages = n
self.curr_page = n
if 'DOC_MARKED_VIEWED' in vals:
m = int(vals[13])
#n = (self.curr_page - 1)* PAGE_SIZE + m
if self.doc_depth < m:
self.doc_depth = m
self.doc_count = self.doc_count + 1
if is_relevant(self.qrel_handler, vals[7], vals[10]) == 0:
self.doc_clicked_trec_nonrel_count = self.doc_clicked_trec_nonrel_count + 1
else:
self.doc_clicked_trec_rel_count = self.doc_clicked_trec_rel_count + 1
if 'DOCUMENT_HOVER_IN' in vals:
m = int(vals[-1])
#print vals
#print m
#n = (self.curr_page - 1)* PAGE_SIZE + m
self.hover_count += 1
if m > self.hover_depth:
self.hover_depth = m
if 'DOC_MARKED_RELEVANT' in vals:
r = int(vals[12])
if r > 0:
self.doc_rel_count = self.doc_rel_count + 1
self.doc_marked_list.append(vals[10])
# add in here a check to determine whether the document was trec relevant.
if is_relevant(self.qrel_handler, vals[7], vals[10]) == 0:
self.doc_trec_nonrel_count = self.doc_trec_nonrel_count + 1
else:
self.doc_trec_rel_count = self.doc_trec_rel_count + 1
m = int(vals[13])
if self.doc_rel_depth < m:
self.doc_rel_depth = m
if 'DOC_MARKED_NONRELEVANT' in vals:
self.doc_unmarked_list.append(vals[10])
self.last_last_event = self.last_event
self.last_event = vals[8]
self.last_time = '{date} {time}'.format(date=vals[0], time=vals[1])
if (vals[8] not in ['SESSION_COMPLETED', 'EXPERIMENT_TIMEOUT']):
self.last_interaction_event = vals[8]
self.last_interaction_time = '{date} {time}'.format(date=vals[0], time=vals[1])
def walk_trees(path: PurePath, cold_index: Index, hot_dir: Path,
cold_dir: Path, hot_rules: List[PathAwareGitWildMatchPattern],
cold_rules: List[PathAwareGitWildMatchPattern],
pbar: tqdm) -> List[Change]:
"""Compare hot (sub)dir, cold (sub)dir, and cold index. Returns a list of changes required to get them synced.
It only returns outermost directories/files for each change (except content changes, which it lists all)
:param path: current relative path
:param cold_index: the original unchanged cold index
:param hot_dir: hot base path
:param cold_dir: cold base path
:param hot_rules: files to ignore in hot dir
:param cold_rules: files to ignore in cold dir
:param pbar: will be updated as files get hashed
:return: All changes between cold and hot directories under current sub path
"""
sub_index = cold_index[path] if path in cold_index else None
if (hot_dir / path).is_file() and (cold_dir / path).is_file():
hot_hash, cold_hash, eq = hash_compare_files(hot_dir / path,
cold_dir / path, pbar)
if eq:
if path not in cold_index:
return [AddedCopied(path, 0, hot_hash)]
elif cold_index[path] != cold_hash:
return [ModifiedCopied(path, 0, hot_hash)]
else:
return []
else:
if path not in cold_index:
return [
AddedAppeared(path, (hot_dir / path).stat().st_size,
hot_hash)
]
elif cold_index[path] != cold_hash:
if hot_hash == cold_index[path]:
return [
Corrupted(path, os.path.getsize(hot_dir / path),
hot_hash)
]
else:
return [
ModifiedCorrupted(path,
os.path.getsize(hot_dir / path),
hot_hash)
]
else:
return [
Modified(path, (hot_dir / path).stat().st_size, hot_hash)
]
elif not (hot_dir / path).is_dir() or not (cold_dir /
path).is_dir() or isinstance(
sub_index, str):
raise NotImplementedError("File/Folder name collision")
else:
changes: List[Change] = []
if (hot_dir / path / '.gitignore').exists():
with open(hot_dir / path / '.gitignore', 'r') as f:
hot_rules += map(
lambda r: PathAwareGitWildMatchPattern(r, hot_dir / path),
f.read().splitlines())
if (cold_dir / path / '.gitignore').exists():
with open(cold_dir / path / '.gitignore', 'r') as f:
cold_rules += map(
lambda r: PathAwareGitWildMatchPattern(r, cold_dir / path),
f.read().splitlines())
if path == PurePath():
hot_rules += [
PathAwareGitWildMatchPattern('index.txt', hot_dir / path)
]
cold_rules += [
PathAwareGitWildMatchPattern('index.txt', cold_dir / path)
]
hot_children: Set[PurePath] = set(
map(
lambda abs_path: abs_path.relative_to(hot_dir),
filter(lambda p: is_relevant(p, hot_rules),
(hot_dir / path).iterdir())))
cold_children: Set[PurePath] = set(
map(
lambda abs_path: abs_path.relative_to(cold_dir),
filter(lambda p: is_relevant(p, cold_rules),
(cold_dir / path).iterdir())))
index_children: Set[PurePath] = set(
map(lambda p: path / p,
sub_index.iterdir() if sub_index is not None else []))
# H C I: 1 0 X
for hot_child in hot_children.difference(cold_children):
i, size = hash_tree(hot_dir / hot_child, pbar)
if hot_child not in cold_index:
changes.append(Added(hot_child, size, i))
elif i == cold_index[hot_child]:
changes.append(Lost(hot_child, size))
else:
changes.append(ModifiedLost(hot_child, size, i))
# H C I: 0 1 X
for cold_child in cold_children.difference(hot_children):
if cold_child not in cold_index:
changes.append(Appeared(cold_child, 0))
for file in walk(cold_dir / cold_child, cold_rules):
pbar.update(file.stat().st_size)
else:
i, size = hash_tree(cold_dir / cold_child, pbar)
if i == cold_index[cold_child]:
changes.append(Removed(cold_child, 0))
else:
changes.append(RemovedCorrupted(cold_child, 0))
# H C I: 0 0 1
for index_child in index_children.difference(hot_children).difference(
cold_children):
changes.append(RemovedLost(index_child, 0))
# Recursive: (H C I: 1 1 X)
for child in hot_children & cold_children:
ch_changes = walk_trees(child, cold_index, hot_dir, cold_dir,
hot_rules[:], cold_rules[:], pbar)
changes.extend(ch_changes)
return changes
