from winsys import dialogs
name = dialogs.dialog ("What is your name?", ("Name", ""))
from winsys import dialogs, registry
root, term = dialogs.dialog (
"Search the Registry",
("Root", registry.REGISTRY_HIVE.keys ()),
("Term", "")
)
root = registry.registry (root)
term = term.lower ()
for key, subkeys, values in root.walk (ignore_access_errors=True):
for name, value in values:
if term in str (value).lower ():
print key.moniker.encode ("utf8")
print name.encode ("utf8") or "(Default)"
print unicode (value).encode ("utf8")
print
from winsys import dialogs, security
[filename] = dialogs.dialog("Choose file", ("Filename", ""))
security.security(filename).dump()
import os
import csv
from winsys import event_logs, dialogs
def remote_events(computer, event_source, event_type_id):
for event in event_logs.event_log(r"\\%s\system" % computer):
if event.source_name.upper(
) == event_source and event.event_type == event_type_id:
yield event
computer, event_source, (event_type_name, event_type_id) = dialogs.dialog(
"Computer", ("Computer Name", "."), ("Event Source", "DHCP"),
("Event Type", event_logs.EVENTLOG_TYPE.items()))
csv.writer(open("dhcp.csv", "wb")).writerows(
(event.record_number, event.time_generated, event.event_id, event.message)
for event in remote_events(computer, event_source.upper(), event_type_id))
os.startfile("dhcp.csv")
import operator
from winsys import dialogs, fs, utils
[root] = dialogs.dialog(
"Find top-level sizes",
("Start from", "", dialogs.get_folder)
)
sizes = dict(
(d, sum(f.size for f in d.flat()))
for d in fs.dir(root).dirs()
)
for d, size in sorted(sizes.items(), key=operator.itemgetter(1), reverse=True):
print d.name, "=>", utils.size_as_mb(size)
#!python3
import os, sys
print(sys.executable)
from winsys import fs, dialogs
print(dialogs.dialog("abc", ("def", ["1", "2", "3"])))
from __future__ import with_statement
import os
import csv
from winsys import dialogs, event_logs
log_name, filename = dialogs.dialog(
"Write event log to csv",
("Event log", list(event_logs.event_logs())),
("CSV filename", ""),
)
namer = event_logs.EVENTLOG_TYPE.name_from_value
with open(filename, "wb") as f:
csv.writer(f).writerows(
(e.time_generated, e.source_name, namer(e.event_type), e.message)
for e in event_logs.event_log(log_name))
os.startfile(filename)
import os
import csv
from winsys import event_logs, dialogs
def remote_events (computer, event_source, event_type_id):
for event in event_logs.event_log (r"\\%s\system" % computer):
if event.source_name.upper () == event_source and event.event_type == event_type_id:
yield event
computer, event_source, (event_type_name, event_type_id) = dialogs.dialog (
"Computer",
("Computer Name", "."),
("Event Source", "DHCP"),
("Event Type", event_logs.EVENTLOG_TYPE.items ())
)
csv.writer (open ("dhcp.csv", "wb")).writerows (
(event.record_number, event.time_generated, event.event_id, event.message) for
event in remote_events (computer, event_source.upper (), event_type_id)
)
os.startfile ("dhcp.csv")
from __future__ import with_statement
import os
import csv
from winsys import dialogs, event_logs
log_name, filename = dialogs.dialog(
"Write event log to csv",
("Event log", list(event_logs.event_logs())),
("CSV filename", ""),
)
namer = event_logs.EVENTLOG_TYPE.name_from_value
with open(filename, "wb") as f:
csv.writer(f).writerows(
(e.time_generated, e.source_name, namer(e.event_type), e.message)
for e in event_logs.event_log(log_name)
)
os.startfile(filename)
import os
from winsys import dialogs, fs
DEFAULT = "temp.csv"
filename, = dialogs.dialog (
"Open a filename",
("Filename", DEFAULT, dialogs.get_filename)
)
if not fs.file (filename):
raise RuntimeError ("%s does not exist" % filename)
else:
os.startfile (filename)
import os
from winsys import dialogs, fs
DEFAULT = "temp.csv"
filename, = dialogs.dialog(
"Open a filename",
("Filename", DEFAULT, dialogs.get_filename)
)
if not fs.file(filename):
raise RuntimeError("%s does not exist" % filename)
else:
os.startfile(filename)
from winsys import dialogs
name = dialogs.dialog("What is your name?", ("Name", ""))
import operator
from winsys import dialogs, fs, utils
[root] = dialogs.dialog("Find top-level sizes",
("Start from", "", dialogs.get_folder))
sizes = dict((d, sum(f.size for f in d.flat())) for d in fs.dir(root).dirs())
for d, size in sorted(sizes.items(), key=operator.itemgetter(1), reverse=True):
print d.name, "=>", utils.size_as_mb(size)
