def fetch_webpage_visit_event(gui_trace_elt):
timestamp = gui_trace_elt['_id']
desktop_state = DesktopState.from_mongodb(gui_trace_elt)
active_w = desktop_state.get_first_active_window()
# ignore non-existent or empty URLs:
if hasattr(active_w, 'browserURL') and active_w.browserURL:
prettified_URL = active_w.browserURL
# urlparse needs a URL to start with something like 'http://'
if not prettified_URL.startswith('http://') and \
not prettified_URL.startswith('https://'):
prettified_URL = 'http://' + prettified_URL
prettified_title = active_w.title
# special hacks for Google Chrome:
if prettified_title.endswith(' - Google Chrome'):
prettified_title = prettified_title[:(-1 * len(' - Google Chrome'))]
if prettified_title == 'New Tab':
return None
if active_w.browserURL == u'\u200b': # weird EMPTY URL string in Chrome
return None
return WebpageVisitEvent(prettified_title, prettified_URL, timestamp)
return None
def fetch_webpage_visit_event(gui_trace_elt):
timestamp = gui_trace_elt['_id']
desktop_state = DesktopState.from_mongodb(gui_trace_elt)
active_w = desktop_state.get_first_active_window()
# ignore non-existent or empty URLs:
if hasattr(active_w, 'browserURL') and active_w.browserURL:
prettified_URL = active_w.browserURL
# urlparse needs a URL to start with something like 'http://'
if not prettified_URL.startswith('http://') and \
not prettified_URL.startswith('https://'):
prettified_URL = 'http://' + prettified_URL
prettified_title = active_w.title
# special hacks for Google Chrome:
if prettified_title.endswith(' - Google Chrome'):
prettified_title = prettified_title[:(-1 *
len(' - Google Chrome'))]
if prettified_title == 'New Tab':
return None
if active_w.browserURL == u'\u200b': # weird EMPTY URL string in Chrome
return None
return WebpageVisitEvent(prettified_title, prettified_URL, timestamp)
return None
def fetch_active_gui_window_event(gui_trace_elt):
timestamp = gui_trace_elt['_id']
desktop_state = DesktopState.from_mongodb(gui_trace_elt)
if desktop_state.num_active_windows() > 0:
return ActiveGUIWindowEvent(desktop_state, timestamp)
else:
return None
def fetch_active_gui_window_event(gui_trace_elt):
timestamp = gui_trace_elt['_id']
desktop_state = DesktopState.from_mongodb(gui_trace_elt)
if desktop_state.num_active_windows() > 0:
return ActiveGUIWindowEvent(desktop_state, timestamp)
else:
return None
else:
break
else:
try:
jmpIdx = int(k)
if 0 <= jmpIdx < len(lst):
idx = (jmpIdx - 1)
except ValueError:
if idx < len(lst) - 1:
idx += 1
# Each element is a (datetime object, DesktopState instance)
timesAndStates = []
if __name__ == "__main__":
session_name = sys.argv[1]
c = Connection()
db = c.burrito_db
gui_col = db.gui_trace
for dat in gui_col.find({'session_tag': session_name}, sort=[('_id', ASCENDING)]):
evt_time = dat['_id']
dt = DesktopState.from_mongodb(dat)
timesAndStates.append((evt_time, dt))
interactive_print(timesAndStates)
db = c.burrito_db
clipboard_col = db.clipboard_trace
gui_col = db.gui_trace
#for evt in clipboard_col.find(sort=[('_id', DESCENDING)], limit=1):
for evt in clipboard_col.find(sort=[('_id', DESCENDING)]):
print evt['_id']
src_desktop_cur = gui_col.find({'_id': evt['src_desktop_id']})
dst_desktop_cur = gui_col.find({'_id': evt['dst_desktop_id']})
# sanity checks
assert src_desktop_cur.count() == 1, evt['src_desktop_id']
assert dst_desktop_cur.count() == 1, evt['dst_desktop_id']
src_desktop_json = src_desktop_cur[0]
dst_desktop_json = dst_desktop_cur[0]
src_desktop = DesktopState.from_mongodb(src_desktop_json)
dst_desktop = DesktopState.from_mongodb(dst_desktop_json)
print "Contents:", evt['contents']
print "Src app:", src_desktop[src_desktop_json['active_app_id']]
print " window:", src_desktop[src_desktop_json['active_app_id']][
src_desktop_json['active_window_index']].title
print "Dst app:", dst_desktop[dst_desktop_json['active_app_id']]
print " window:", dst_desktop[dst_desktop_json['active_app_id']][
dst_desktop_json['active_window_index']].title
print
c = Connection()
db = c.burrito_db
clipboard_col = db.clipboard_trace
gui_col = db.gui_trace
#for evt in clipboard_col.find(sort=[('_id', DESCENDING)], limit=1):
for evt in clipboard_col.find(sort=[('_id', DESCENDING)]):
print evt['_id']
src_desktop_cur = gui_col.find({'_id': evt['src_desktop_id']})
dst_desktop_cur = gui_col.find({'_id': evt['dst_desktop_id']})
# sanity checks
assert src_desktop_cur.count() == 1, evt['src_desktop_id']
assert dst_desktop_cur.count() == 1, evt['dst_desktop_id']
src_desktop_json = src_desktop_cur[0]
dst_desktop_json = dst_desktop_cur[0]
src_desktop = DesktopState.from_mongodb(src_desktop_json)
dst_desktop = DesktopState.from_mongodb(dst_desktop_json)
print "Contents:", evt['contents']
print "Src app:", src_desktop[src_desktop_json['active_app_id']]
print " window:", src_desktop[src_desktop_json['active_app_id']][src_desktop_json['active_window_index']].title
print "Dst app:", dst_desktop[dst_desktop_json['active_app_id']]
print " window:", dst_desktop[dst_desktop_json['active_app_id']][dst_desktop_json['active_window_index']].title
print
else:
break
else:
try:
jmpIdx = int(k)
if 0 <= jmpIdx < len(lst):
idx = (jmpIdx - 1)
except ValueError:
if idx < len(lst) - 1:
idx += 1
# Each element is a (datetime object, DesktopState instance)
timesAndStates = []
if __name__ == "__main__":
session_name = sys.argv[1]
c = Connection()
db = c.burrito_db
gui_col = db.gui_trace
for dat in gui_col.find({'session_tag': session_name},
sort=[('_id', ASCENDING)]):
evt_time = dat['_id']
dt = DesktopState.from_mongodb(dat)
timesAndStates.append((evt_time, dt))
interactive_print(timesAndStates)