secs = int(secs)

starts = secs

active = False

outs = ''

days = secs / (3600 * 24)

if days:

active = True

outs += '%d days, ' % days

secs -= days * (3600 * 24)

hours = secs / 3600

if hours:

active = True

if active:

outs += '%dh ' % hours

secs -= hours * 3600

minutes = secs / 60

if minutes:

active = True

if active:

outs += '%dm ' % minutes

secs -= minutes * 60

outs += '%ds' % secs

now = datetime.datetime.now()

now2 = datetime.datetime.now()

if dates is None: dates = []

if len(dates) > 3:

print 'Max three arguments to date', dates

sys.exit(1)

try:

dates = [int(d) for d in dates]

if len(dates) == 3: now = now.replace(year=dates[0])

if len(dates) >= 2: now = now.replace(month=dates[-2])

if len(dates) >= 1: now = now.replace(day=dates[-1])

if len(dates) == 2:

if now > now2:

now = now.replace(year=now.year - 1)

if len(dates) == 1:

if now > now2:

m = now.month - 1

if m:

now = now.replace(month=m)

else:

now = now.replace(year=now.year - 1, month=12)

except ValueError:

print 'Malformed date', dates

sys.exit(1)

if clock:

try:

hour, minute = [int(v) for v in clock.split(':')]

except ValueError:

print 'Malformed clock', clock

sys.exit(1)

now = now.replace(hour=hour, minute=minute, second=0)

if now > now2:

now -= datetime.timedelta(days=1)

if len(period) < 1 or len(period) > 2:

print '%s needs one or two arguments, not %d.' % (who, len(period)), period

sys.exit(1)

d = {}

val = int(period[0])

if len(period) == 1:

d['hours'] = val

else:

if period[1] not in PERIOD_LOOKUP:

print '--limit unit "%s" not one of %s' % (period[1], PERIOD_LOOKUP.keys())

sys.exit(1)

d[PERIOD_LOOKUP[period[1]]] = val

if start:

return q.filter(prop <= start + datetime.timedelta(**d))

else:

start = datetime.datetime.now() - datetime.timedelta(**d)

current_time = time.mktime(row.created_at.timetuple())

abs_times = [current_time]

for t in row.timings:

current_time += 1

abs_times.append(current_time)

def __init__(self, db_name, args):

self.args = args

self.session_maker = models.initialize(db_name)

self.inmouse = False

self.check_needs()

def do(self):

if self.need_summary:

self.calc_summary()

self.show_summary()

else:

self.show_rows()

def check_needs(self):

self.need_text = False

self.need_activity = False

self.need_timings = False

self.need_keys = False

self.need_summary = False

self.need_process = any(self.args[k] for k in PROCESS_ACTIONS)

self.need_window = any(self.args[k] for k in WINDOW_ACTIONS)

if self.args['body'] is not None: self.need_text = True

if self.args['showtext']: self.need_text = True

cutoff = [self.args[k] for k in ACTIVITY_ACTIONS if self.args[k]]

if cutoff:

if any(c != cutoff[0] for c in cutoff):

print 'You must give the same time argument to the different parameters in the --active family, when you use several in the same query.'

sys.exit(1)

self.need_activity = cutoff[0]

self.need_timings = True

if self.args['key_freqs']: self.need_keys = True

if any(self.args[k] for k in SUMMARY_ACTIONS): self.need_summary = True

def maybe_reg_filter(self, q, name, names, table, source_prop, target_prop):

if self.args[name] is not None:

ids = []

try:

reg = re.compile(self.args[name], re.I)

except re.error, e:

print 'Error in regular expression', str(e)

sys.exit(1)

for x in self.session.query(table).all():

if reg.search(x.__getattribute__(source_prop)):

ids.append(x.id)

if not self.inmouse:

print '%d %s matched' % (len(ids), names)

if ids:

q = q.filter(target_prop.in_(ids))

else:

return q, False

return q, True

def filter_prop(self, prop, startprop):

self.session = self.session_maker()

q = self.session.query(prop).order_by(prop.id)

if self.args['date'] or self.args['clock']:

s, start = make_time_string(self.args['date'], self.args['clock'])

q = q.filter(prop.created_at >= s)

if self.args['limit'] is not None:

q = make_period(q, self.args['limit'], '--limit', start, startprop)

elif self.args['id'] is not None:

q = q.filter(prop.id >= self.args['id'])

if self.args['limit'] is not None:

q = q.filter(prop.id < self.args['id'] + int(self.args['limit'][0]))

elif self.args['back'] is not None:

q, start = make_period(q, self.args['back'], '--back', None, startprop)

if self.args['limit'] is not None:

q = make_period(q, self.args['limit'], '--limit', start, startprop)

q, found = self.maybe_reg_filter(q, 'process', 'process(es)', models.Process, 'name', prop.process_id)

if not found: return None

q, found = self.maybe_reg_filter(q, 'title', 'title(s)', models.Window, 'title', prop.window_id)

if not found: return None

return q

def filter_keys(self):

q = self.filter_prop(models.Keys, models.Keys.started)

if q is None: return

if self.args['min_keys'] is not None:

q = q.filter(Keys.nrkeys >= self.args['min_keys'])

if self.args['body']:

try:

bodrex = re.compile(self.args['body'], re.I)

except re.error, e:

print 'Error in regular expression', str(e)

sys.exit(1)

for x in q.all():

body = x.decrypt_text()

if bodrex.search(body):

yield x

else:

for x in q:

yield x

def filter_clicks(self):

self.inmouse = True

q = self.filter_prop(models.Click, models.Click.created_at)

if q is None: return

for x in q:

yield x

def show_rows(self):

fkeys = self.filter_keys()

rows = 0

print '<RowID> <Starting date and time> <Duration> <Process> <Window title> <Number of keys pressed>',

if self.args['showtext']:

print '<Decrypted text>'

else:

print

for row in fkeys:

rows += 1

print row.id, row.started, pretty_seconds((row.created_at - row.started).total_seconds()), row.process.name, '"%s"'%row.window.title, row.nrkeys,

if self.args['showtext']:

print row.decrypt_text()

else:

print

print rows, 'rows'

def calc_summary(self):

def updict(d1, d2, activity_times, sub=None):

if sub is not None:

if sub not in d1:

d1[sub] = {}

d1 = d1[sub]

for key,val in d2.items():

if key not in d1:

d1[key] = 0

d1[key] += val

if self.need_activity:

if 'activity' not in d1:

d1['activity'] = Period(self.need_activity)

d1['activity'].extend(activity_times)

sumd = {}

processes = {}

windows = {}

timings = []

keys = Counter()

for row in self.filter_keys():

d = {'nr':1, 'keystrokes':row.nrkeys}

if self.need_activity:

timings = create_times(row)

if self.need_process:

updict(processes, d, timings, sub=row.process.name)

if self.need_window:

updict(windows, d, timings, sub=row.window.title)

updict(sumd, d, timings)

if self.args['key_freqs']:

keys.update(row.decrypt_keys())

for click in self.filter_clicks():

d = {'noscroll_clicks' : click.button not in [4,5],

'clicks' : 1,

'button%d'%click.button : 1,

'mousings' : click.nrmoves}

if self.need_activity:

timings = [time.mktime(click.created_at.timetuple())]

if self.need_process:

updict(processes, d, timings, sub=click.process.name)

if self.need_window:

updict(windows, d, timings, sub=click.window.title)

updict(sumd, d, timings)

self.processes = processes

self.windows = windows

self.summary = sumd

if self.args['key_freqs']:

self.summary['key_freqs'] = keys

def show_summary(self):

print '%d keystrokes in %d key sequences,' % (self.summary.get('keystrokes', 0), self.summary.get('nr', 0)),

print '%d clicks (%d excluding scroll),' % (self.summary.get('clicks', 0), self.summary.get('noscroll_clicks', 0)),

print '%d mouse movements' % (self.summary.get('mousings', 0))

print

if self.need_activity:

act = self.summary.get('activity')

if act: act = act.calc_total()

else: act = 0

print 'Total time active:',

print pretty_seconds(act)

print

if self.args['clicks']:

print 'Mouse clicks:'

for key,name in BUTTON_MAP:

print self.summary.get(key, 0), name

print

if self.args['key_freqs']:

print 'Key frequencies:'

for key,val in self.summary['key_freqs'].most_common():

print key, val

print

if self.args['pkeys']:

print 'Processes sorted by keystrokes:'

pdata = self.processes.items()

pdata.sort(key=lambda x:x[1].get('keystrokes',0), reverse=True)

for name, data in pdata:

print name, data.get('keystrokes',0)

print

if self.args['tkeys']:

print 'Window titles sorted by keystrokes:'

wdata = self.windows.items()

wdata.sort(key=lambda x:x[1].get('keystrokes',0), reverse=True)

for name, data in wdata:

print name, data.get('keystrokes',0)

print

if self.args['pactive']:

print 'Processes sorted by activity:'

for p in self.processes.values():

p['active_time'] = int(p['activity'].calc_total())

pdata = self.processes.items()

pdata.sort(key=lambda x:x[1]['active_time'], reverse=True)

for name, data in pdata:

print '%s, %s' % (name, pretty_seconds(data['active_time']))

print

if self.args['tactive']:

print 'Window titles sorted by activity:'

for w in self.windows.values():

w['active_time'] = int(w['activity'].calc_total())

wdata = self.windows.items()

wdata.sort(key=lambda x:x[1]['active_time'], reverse=True)

for name, data in wdata:

print '%s, %s' % (name, pretty_seconds(data['active_time']))

print

if self.args['periods']:

print 'Active periods:'

for t1,t2 in self.summary['activity'].times:

d1 = datetime.datetime.fromtimestamp(t1)

d2 = datetime.datetime.fromtimestamp(t2)

print '%s - %s' % (d1.isoformat(' '), str(d2.time()).split('.')[0])

print

if self.args['ratios']:

def tryget(prop):

return float(max(1, self.summary.get(prop, 1)))

mousings = tryget('mousings')

clicks = tryget('clicks')

keys = tryget('keystrokes')

print 'Keys / Clicks: %.1f' % (keys / clicks)

print 'Active seconds / Keys: %.1f' % (act / keys)

print

print 'Mouse movements / Keys: %.1f' % (mousings / keys)

print 'Mouse movements / Clicks: %.1f' % (mousings / clicks)

conf_parser = argparse.ArgumentParser(description=__doc__, add_help=False,

formatter_class=argparse.RawDescriptionHelpFormatter)

conf_parser.add_argument("-c", "--config",

help="""Config file with defaults. Command line parameters will override those given in the config file. Options to selfspy goes in the "[Defaults]" section, followed by [argument]=[value] on each line. Options specific to selfstats should be in the "[Selfstats]" section, though "password" and "data-dir" are still read from "[Defaults]".""", metavar="FILE")

args, remaining_argv = conf_parser.parse_known_args()

defaults = {}

if args.config:

config = ConfigParser.SafeConfigParser()

config.read([args.config])

defaults = dict(config.items('Defaults') + config.items("Selfstats"))

parser = argparse.ArgumentParser(description="""Calculate statistics on selfspy data. Per default it will show non-text information that matches the filter. Adding '-s' means also show text. Adding any of the summary options will show those summaries over the given filter instead of the listing. Multiple summary options can be given to print several summaries over the same filter. If you give arguments that need to access text / keystrokes, you will be asked for the decryption password.""", epilog="""See the README file or http://gurgeh.github.com/selfspy for examples.""", parents=[conf_parser])

parser.set_defaults(**defaults)

parser.add_argument('-p', '--password', help='Decryption password. Only needed if selfstats needs to access text / keystrokes data. If your database in not encrypted, specify -p="" here. If you don\'t specify a password in the command line arguments or in a config file, and the statistics you ask for require a password, a dialog will pop up asking for the password. If you give your password on the command line, remember that it will most likely be stored in plain text in your shell history.')

parser.add_argument('-d', '--data-dir', help='Data directory for selfspy, where the database is stored. Remember that Selfspy must have read/write access. Default is %s' % DATA_DIR, default=DATA_DIR)

parser.add_argument('-s', '--showtext', action='store_true', help='Also show the text column. This switch is ignored if at least one of the summary options are used. Requires password.')

parser.add_argument('-D', '--date', nargs='+', help='Which date to start the listing or summarizing from. If only one argument is given (--date 13) it is interpreted as the closest date in the past on that day. If two arguments are given (--date 03 13) it is interpreted as the closest date in the past on that month and that day, in that order. If three arguments are given (--date 2012 03 13) it is interpreted as YYYY MM DD')

parser.add_argument('-C', '--clock', type=str, help='Time to start the listing or summarizing from. Given in 24 hour format as --clock 13:25. If no --date is given, interpret the time as today if that results in sometimes in the past, otherwise as yesterday.')

parser.add_argument('-i', '--id', type=int, help='Which row ID to start the listing or summarizing from. If --date and/or --clock is given, this option is ignored.')

parser.add_argument('-b', '--back', nargs='+', type=str, help='--back <period> [<unit>] Start the listing or summary this much back in time. Use this as an alternative to --date, --clock and --id. If any of those are given, this option is ignored. <unit> is either "s" (seconds), "m" (minutes), "h" (hours), "d" (days) or "w" (weeks). If no unit is given, it is assumed to be hours.')

parser.add_argument('-l', '--limit', help='--limit <period> [<unit>]. If the start is given in --date/--clock, the limit is a time period given by <unit>. <unit> is either "s" (seconds), "m" (minutes), "h" (hours), "d" (days) or "w" (weeks). If no unit is given, it is assumed to be hours. If the start is given with --id, limit has no unit and means that the maximum row ID is --id + --limit.', nargs='+', type=str)

parser.add_argument('-m', '--min-keys', type=int, metavar='nr', help='Only allow entries with at least <nr> keystrokes')

parser.add_argument('-T', '--title', type=str, metavar='regexp', help='Only allow entries where a search for this <regexp> in the window title matches something. All regular expressions are case insensitive.')

parser.add_argument('-P', '--process', type=str, metavar='regexp', help='Only allow entries where a search for this <regexp> in the process matches something.')

parser.add_argument('-B', '--body', type=str, metavar='regexp', help='Only allow entries where a search for this <regexp> in the body matches something. Do not use this filter when summarizing ratios or activity, as it has no effect on mouse clicks. Requires password.')

parser.add_argument('--clicks', action='store_true', help='Summarize number of mouse button clicks for all buttons.')

parser.add_argument('--key-freqs', action='store_true', help='Summarize a table of absolute and relative number of keystrokes for each used key during the time period. Requires password.')

parser.add_argument('--active', type=int, metavar='seconds', nargs='?', const=ACTIVE_SECONDS, help='Summarize total time spent active during the period. The optional argument gives how many seconds after each mouse click (including scroll up or down) or keystroke that you are considered active. Default is %d.' % ACTIVE_SECONDS)

parser.add_argument('--ratios', type=int, metavar='seconds', nargs='?', const=ACTIVE_SECONDS, help='Summarize the ratio between different metrics in the given period. "Clicks" will not include up or down scrolling. The optional argument is the "seconds" cutoff for calculating active use, like --active.')

parser.add_argument('--periods', type=int, metavar='seconds', nargs='?', const=ACTIVE_SECONDS, help='List active time periods. Optional argument works same as for --active.')

parser.add_argument('--pactive', type=int, metavar='seconds', nargs='?', const=ACTIVE_SECONDS, help='List processes, sorted by time spent active in them. Optional argument works same as for --active.')

parser.add_argument('--tactive', type=int, metavar='seconds', nargs='?', const=ACTIVE_SECONDS, help='List window titles, sorted by time spent active in them. Optional argument works same as for --active.')

parser.add_argument('--pkeys', action='store_true', help='List processes sorted by number of keystrokes.')

parser.add_argument('--tkeys', action='store_true', help='List window titles sorted by number of keystrokes.')