def run(self):
while self.par.work_available() and self.keep_working:
job = self.par.__get_work__()
userTree = BTree()
# itemCount = 0
uuid = job["_id"]
# day_count = job["day_count"]
days = job["daily_sessions"]
day_index = 0
for day in days:
day_index += 1
#print "adding sessions for {0} for day {1}/{2}".format(uuid, day_index, day_count)
sessions = day
day_items = []
for session in sessions:
host = session["Domain"]
duration = parse_timespan(
session["Duration"]).total_seconds()
day_items.append({'time': duration, 'label': host})
userTree.build(day_items)
#print "added daily sessions for {0}".format(uuid)
self.par.push_result(userTree, uuid)
print("Worker stopping because no work is available")
self.is_working = False
def check(self, arg):
"""
Assumes the argument is a time span.
@param arg: the timespan
@type arg: string
@returns: the number of seconds in the timespan
@rtype: int
@raise ParserException: if the timespan is invalid
"""
try:
time = utils.parse_timespan(arg)
return time
except:
raise ParserException, "Invalid timespan specified %s" % (arg,)
def check(self, arg):
"""
Assumes the argument is a time span.
@param arg: the timespan
@type arg: string
@returns: the number of seconds in the timespan
@rtype: int
@raise ParserException: if the timespan is invalid
"""
try:
time = utils.parse_timespan(arg)
return time
except:
raise ParserException, "Invalid timespan specified %s" % (arg, )
text = "This is some text \33[1;37mwith some\33[0m ansi formatting in it to see if we can handle wrapping with it \33[1;37mtoo.\33[0m"
_pass_fail("wrap_text 8 (with ansi)", wrap_text(text),
"""This is some text \33[1;37mwith some\33[0m ansi formatting in
it to see if we can handle wrapping with it \33[1;37mtoo.\33[0m""")
_pass_fail("wrap_text 9 (with ansi)", wrap_text(text, indent=5),
"""This is some text \33[1;37mwith some\33[0m ansi formatting in
it to see if we can handle wrapping with
it \33[1;37mtoo.\33[0m""")
print
from utils import parse_timespan
_pass_fail("parse_timespan 1", parse_timespan("1h"), 3600)
_pass_fail("parse_timespan 2", parse_timespan("1m"), 60)
_pass_fail("parse_timespan 3", parse_timespan("1s"), 1)
_pass_fail("parse_timespan 4", parse_timespan("1h2m3s"), 3723)
_pass_fail("parse_timespan 5", parse_timespan("17"), 17)
_pass_fail("parse_timespan 6", parse_timespan("5h"), 3600 * 5)
print
# FIXME - these always fail because we don't get the precision right.
# not sure what to do about that.
from utils import parse_time
_pass_fail("parse_time 1", int(parse_time("4:20p")), 1029878400)
_pass_fail("parse_time 2", int(parse_time("4m")), 1029796956)
_pass_fail("parse_time 3", int(parse_time("9")), 1029796725)
_pass_fail("parse_time 4", int(parse_time("1:17:34a")), 1029824254)
text = "This is some text \33[1;37mwith some\33[0m ansi formatting in it to see if we can handle wrapping with it \33[1;37mtoo.\33[0m"
_pass_fail(
"wrap_text 8 (with ansi)", wrap_text(text),
"""This is some text \33[1;37mwith some\33[0m ansi formatting in
it to see if we can handle wrapping with it \33[1;37mtoo.\33[0m""")
_pass_fail(
"wrap_text 9 (with ansi)", wrap_text(text, indent=5),
"""This is some text \33[1;37mwith some\33[0m ansi formatting in
it to see if we can handle wrapping with
it \33[1;37mtoo.\33[0m""")
print
from utils import parse_timespan
_pass_fail("parse_timespan 1", parse_timespan("1h"), 3600)
_pass_fail("parse_timespan 2", parse_timespan("1m"), 60)
_pass_fail("parse_timespan 3", parse_timespan("1s"), 1)
_pass_fail("parse_timespan 4", parse_timespan("1h2m3s"), 3723)
_pass_fail("parse_timespan 5", parse_timespan("17"), 17)
_pass_fail("parse_timespan 6", parse_timespan("5h"), 3600 * 5)
print
# FIXME - these always fail because we don't get the precision right.
# not sure what to do about that.
from utils import parse_time
_pass_fail("parse_time 1", int(parse_time("4:20p")), 1029878400)
_pass_fail("parse_time 2", int(parse_time("4m")), 1029796956)
_pass_fail("parse_time 3", int(parse_time("9")), 1029796725)
_pass_fail("parse_time 4", int(parse_time("1:17:34a")), 1029824254)
