def main():
loop = True
while loop:
print("\n")
print("-" * 70)
print("종료하실려면 q나 -1를 입력해 주세용.")
print("-" * 70)
input_num = input("로그파일 명을 입력해주세요. : ")
if input_num == "q" :
print("종료되었습니다.^^")
loop = False
elif len(input_num) > 0:
__loop__ = True
while __loop__:
print("=" * 70)
print("단어종료를 하실려면 q나 -1를 입력해 주세용.")
input_keyword = input("찾을 단어를 입력해 주세요. : ")
if input_keyword == "q":
print("파일명 찾기로 이동합니당^^")
__loop__ = False
elif len(input_keyword) > 0:
mylog.printlog(input_num, input_keyword, 0, 3, 5)
else:
print("단어를 입력해 주세용^^.....")
else:
print("파일명을 입력해 주세용....")
def main():
# Internal functions to main()
def terminate(exitcode):
log.error('program terminated prematurely... good bye')
sys.exit(exitcode)
# Main program code starts here
try:
# Gather and verify command line arguments
args = getopts.vdeploy_options()
# Start Logging
log = mylog.logg('vDeploy',
llevel=args.log,
lfile=args.logfile,
cnsl=args.console)
log.info('program start : %s' % args)
# Load the Hypervisor, VM and Network Definition Files (YAML data structure templates)
try:
ddf_context = provisioning.DDFContext(args)
except provisioning.DDFLoadError, err:
mylog.printlog(log,
"Descriptor configuration file not found: %s" % err,
'ERROR')
terminate(1)
# See if we are going to run as a service
if args.daemonize:
try:
daemon_handle = vdeploy_server.Server(args, ddf_context)
except vdeploy_server.DaemonError:
mylog.printlog(log, "Could not start as a service, exiting")
terminate(1)
else:
# We're running on the command line, process the deployment definition
# files and create the data structures to hand off to the deployment engine
try:
ddf_context.process_ddf_files(args)
except provisioning.DDFLoadError, err:
mylog.printlog(log,
"Error processing description file: %s" % err)
terminate(1)
# Now that the context has the deployment structure instantiated, send it off
# to the execution engine for deployment, Deploy returns immediately, you must
# check status to determine whether the deployment has actually completed
try:
deploy_context = deployment.Deploy(ddf_context, args)
while deploy_context.status() == "executing":
continue
except deployment.DeployExecError, err:
mylog.printlog(log, "Deploy Failed: %s" % err, 'ERROR')
terminate(1)
def main():
# Internal functions to main()
def terminate(exitcode):
log.error('program terminated prematurely... good bye')
sys.exit(exitcode)
# Main program code starts here
try:
# Gather and verify command line arguments
args = getopts.vdeploy_options()
# Start Logging
log = mylog.logg('vDeploy',llevel=args.log,
lfile=args.logfile,cnsl=args.console)
log.info('program start : %s' % args)
# Load the Hypervisor, VM and Network Definition Files (YAML data structure templates)
try:
ddf_context = provisioning.DDFContext(args)
except provisioning.DDFLoadError, err:
mylog.printlog(log,"Descriptor configuration file not found: %s" % err, 'ERROR')
terminate(1)
# See if we are going to run as a service
if args.daemonize :
try:
daemon_handle = vdeploy_server.Server(args,ddf_context)
except vdeploy_server.DaemonError:
mylog.printlog(log,"Could not start as a service, exiting")
terminate(1)
else:
# We're running on the command line, process the deployment definition
# files and create the data structures to hand off to the deployment engine
try:
ddf_context.process_ddf_files(args)
except provisioning.DDFLoadError, err:
mylog.printlog(log,"Error processing description file: %s" % err)
terminate(1)
# Now that the context has the deployment structure instantiated, send it off
# to the execution engine for deployment, Deploy returns immediately, you must
# check status to determine whether the deployment has actually completed
try:
deploy_context = deployment.Deploy(ddf_context,args)
while deploy_context.status() == "executing":
continue
except deployment.DeployExecError, err:
mylog.printlog(log,"Deploy Failed: %s" % err, 'ERROR')
terminate(1)
def __init__(self, args):
log.info("Starting config file processing")
# Scan for presence of config directory
config_dir = './'
for dpath in CONFIG_DIR_DEFAULTS:
if os.path.exists(dpath):
config_dir = dpath
break
self.ddfdict = {}
# Attempt to load all of the data structure temple definitions
try:
self.hvpath = config_dir + HVDEF_TEMPLATE
if os.path.exists(self.hvpath):
self.hvtemplate = yaml.load(file(self.hvpath))
self.ddfdict['hdf'] = self.hvpath
if not self.hvtemplate:
mylog.printlog(log, "%s is empty" % self.hvpath, 'INFO')
else:
raise DDFLoadError(self.hvpath)
self.vmpath = config_dir + VMDEF_TEMPLATE
if os.path.exists(self.vmpath):
self.vmtemplate = yaml.load(file(self.vmpath))
self.ddfdict['vdf'] = self.vmpath
if not self.vmtemplate:
mylog.printlog(log, "%s is empty" % self.vmpath, 'INFO')
else:
raise DDFLoadError(self.vmpath)
self.netpath = config_dir + NETDEF_TEMPLATE
if os.path.exists(self.netpath):
self.nettemplate = yaml.load(file(self.netpath))
self.ddfdict['ndf'] = self.netpath
if not self.nettemplate:
mylog.printlog(log, "%s is empty" % self.netpath, 'INFO')
else:
raise DDFLoadError(self.netpath)
except yaml.scanner.ScannerError, err:
log.error("Error in YAML config file " % err)
def __init__(self, args):
log.info("Starting config file processing")
# Scan for presence of config directory
config_dir = "./"
for dpath in CONFIG_DIR_DEFAULTS:
if os.path.exists(dpath):
config_dir = dpath
break
self.ddfdict = {}
# Attempt to load all of the data structure temple definitions
try:
self.hvpath = config_dir + HVDEF_TEMPLATE
if os.path.exists(self.hvpath):
self.hvtemplate = yaml.load(file(self.hvpath))
self.ddfdict["hdf"] = self.hvpath
if not self.hvtemplate:
mylog.printlog(log, "%s is empty" % self.hvpath, "INFO")
else:
raise DDFLoadError(self.hvpath)
self.vmpath = config_dir + VMDEF_TEMPLATE
if os.path.exists(self.vmpath):
self.vmtemplate = yaml.load(file(self.vmpath))
self.ddfdict["vdf"] = self.vmpath
if not self.vmtemplate:
mylog.printlog(log, "%s is empty" % self.vmpath, "INFO")
else:
raise DDFLoadError(self.vmpath)
self.netpath = config_dir + NETDEF_TEMPLATE
if os.path.exists(self.netpath):
self.nettemplate = yaml.load(file(self.netpath))
self.ddfdict["ndf"] = self.netpath
if not self.nettemplate:
mylog.printlog(log, "%s is empty" % self.netpath, "INFO")
else:
raise DDFLoadError(self.netpath)
except yaml.scanner.ScannerError, err:
log.error("Error in YAML config file " % err)
#!/bin/env python
#-*- coding: utf-8 -*-
import mylog
mylog.printlog("/var/log/messages", "fail")
#!/bin/env python
#-*- coding: utf-8 -*-
import mylog
import os
logfile = "/var/log/messages"
file_length = os.path.getsize(logfile)
mylog.printlog("/var/log/messages", "fail", int(file_length / 2), 3, 5)
#!/usr/bin/python
#find fail from the log and display before and after lines, it works with mylog.py
import mylog
mylog.printlog("/var/log/system.log", "fail", 3, 5)
#!/bin/env python import os import mylog logfile = "/var/log/syslog" file_length = os.path.getsize(logfile) # 메시지 로그의 중간부터 추적 mylog.printlog(logfile, "fail", int(file_length / 2), 3, 5)
