# lognestmonster Copyright (c) 2019 Joshua 'joshuas3' Stockin
# .
# This file is part of lognestmonster.
# lognestmonster is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
# lognestmonster is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
# You should have received a copy of the GNU General Public License
# along with lognestmonster. If not, see .
import os
import sys
import time
from utils import *
from format import *
from text import *
from args import *
from parseargs import *
from read import *
from tui import *
def output_exit(error=None):
exitcode = 0
output(VERSION_SHORT)
if error is not None: # print argument error is exists
output(TEXT_RED + "error: " + RESET + error)
exitcode = 1
output(HELP_MESSAGE)
exit(exitcode)
def main():
options = parseargs(sys.argv[1:])
display_help = "help" in options
display_version = "version" in options
is_status = "status" in options
filter_errors = "errors" in options
filter_warnings = "warnings" in options
filter_info = "info" in options
filter_debug = "debug" in options
filter_verbose = "verbose" in options
filter_veryverbose = "veryverbose" in options
filter_after = "after" in options
filter_before = "before" in options
filter_tag = "tag" in options
screen_size = term_size()
clines = screen_size[0]
ccols = screen_size[1]
if display_help:
output(VERSION_SHORT)
output("usage: lognestmonster " + USAGE_MESSAGE)
output()
for paragraph in COMMAND_INFO.split("\n\n"):
output_lines(wrap(paragraph, ccols))
output()
args = []
div1 = int(ccols/3)
div2 = int(ccols/3*2)
for arg in ARGUMENT_OPTIONS:
arg_lines = []
indicators = wrap(", ".join(ARGUMENT_OPTIONS[arg]["indicators"]), div1)
description = wrap(ARGUMENT_OPTIONS[arg]["description"], div2)
l1 = indicators[0]
z = 0
for line in description:
try:
l1 = indicators[z]
except:
l1 = ""
z += 1
l = columnize([(div1, l1), (div2, line)], ccols)
arg_lines.append(l)
args += arg_lines
output_lines(args)
output()
output(DESCRIPTION_PYTHON_VERSION)
return
elif display_version:
output(VERSION_MESSAGE)
return
elif len(sys.argv) == 1 or type(options) is str: # argument error or no args passed
if type(options) is str: # print argument error is exists
output_exit(options)
else:
output_exit()
positional = sys.argv[-1]
if positional is not "-" and os.path.isfile(positional) is not True and os.path.isdir(positional) is not True:
output_exit("file unknown '" + positional + "'")
if positional is "-": positional = "stdin"
if positional is "stdin":
fd = sys.stdin
else:
try:
fd = open(positional, "rb", buffering=8192)
except:
output_exit("unable to open file '" + positional + "'")
if not is_status:
p = TUI()
p.folder_name = positional
p.loop()
else:
r = Reader(fd)
filter_verbosity_levels = []
if filter_errors:
filter_verbosity_levels.append(5)
if filter_warnings:
filter_verbosity_levels.append(4)
if filter_info:
filter_verbosity_levels.append(0)
if filter_debug:
filter_verbosity_levels.append(1)
if filter_verbose:
filter_verbosity_levels.append(2)
if filter_veryverbose:
filter_verbosity_levels.append(3)
if filter_verbosity_levels != []:
r.filter_verbosity = filter_verbosity_levels
r.filters = True
else:
r.filter_verbosity = [0, 1, 2, 3, 4, 5]
if filter_after:
try:
r.filter_time_start = int(options["after"][0])
r.filters = True
except:
output_exit("expected int for flag --after, got '" + options["after"][0] + "'")
if filter_before:
try:
r.filter_time_end = int(options["before"][0])
r.filters = True
except:
output_exit("expected int for flag --before, got '" + options["before"][0] + "'")
if filter_tag:
r.filter_tag = str(options["tag"][0])
r.filters = True
if positional is not "stdin": r.size()
else: r.seekable = False
output("File scan in progress...")
s = time.time()
def update():
if r.statement_count % 1000 == 0:
output("{0} statements | {1} events | {2} bad bytes | {3}%".format(r.statement_count, r.event_count, r.bad_bytes, round((r.position/r.file_size)*1000)/10), end="\r")
r.onupdate(update)
r.scan()
output("{0} statements | {1} events | {2} bad bytes | {3}%".format(r.statement_count, r.event_count, r.bad_bytes, round((r.position/r.file_size)*1000)/10))
elapsed = time.time() - s
if elapsed > 1:
output("Finished in {0} seconds".format(elapsed))
fd.close()
if __name__ == "__main__":
main()