def __safe_call__ (self):
app_id = CTK.cfg.get_val('tmp!market!install!app!application_id')
app_name = CTK.cfg.get_val('tmp!market!install!app!application_name')
info = {'cherokee_version': VERSION,
'system': SystemInfo.get_info()}
xmlrpc = XmlRpcServer (OWS_APPS_INSTALL, user=OWS_Login.login_user, password=OWS_Login.login_password)
install_info = xmlrpc.get_install_info (app_id, info)
Install_Log.log ("Waiting for the payment acknowledge…")
box = CTK.Box()
if install_info.get('due_payment'):
set_timeout_js = "setTimeout (reload_druid, %s);" %(PAYMENT_CHECK_TIMEOUT)
box += CTK.RawHTML ("<h2>%s %s</h2>"%(_('Checking out'), app_name))
box += CTK.RawHTML ('<h1>%s</h1>' %(_("Waiting for the payment acknowledge…")))
box += CTK.RawHTML (js="function reload_druid() {%s %s}" %(CTK.DruidContent__JS_to_goto (box.id, URL_INSTALL_PAY_CHECK), set_timeout_js))
box += CTK.RawHTML (js=set_timeout_js)
buttons = CTK.DruidButtonsPanel()
buttons += CTK.DruidButton_Close(_('Cancel'))
box += buttons
else:
Install_Log.log ("Payment ACK!")
# Invalidate 'My Library' cache
MyLibrary.Invalidate_Cache()
# Move on
CTK.cfg['tmp!market!install!download'] = install_info['url']
box += CTK.DruidContent__JS_to_goto (box.id, URL_INSTALL_DOWNLOAD)
return box.Render().toStr()
def launch_service(service):
"""Launch the system service specified as parameter.
launch_service() returns a dictionary with the following keys:
command: command
retcode: return code of the execution of specified command. 0 on success.
error: error message
stdout: standard output of execution
stderr: error buffer of execution"""
# System info retrival
system_info = SystemInfo.get_info()
OS = system_info.get("system", "").lower()
distro = system_info.get("linux_distro_id", "").lower()
# Select the command
if distro in ("fedora", "redhat", "centos", "suse", "opensuse"):
cmd = "service %(service)s start" % (locals())
elif OS == "linux":
cmd = "/etc/init.d/%(service)s start" % (locals())
elif OS == "darwin":
cmd = "launchctl start %(service)s" % (locals())
elif OS == "freebsd":
if os.path.isfile("/usr/local/etc/rc.d/%(service)s" % (locals())):
cmd = "/usr/local/etc/rc.d/%(service)s start" % (locals())
else:
cmd = "/etc/rc.d/%(service)s start" % (locals())
# Execution
ret = _exe(cmd, _("Could not launch <em>%(service)s</em> service.") % (locals()))
return ret
def monitorHardSpace(monitorSystemObject,saveDbMsgDict):
"""
1.根据硬盘配置的告警阀值，发送报警信息
@monitorSystemObject {'cpu_idle_limit':cpu_idle_limit,'memory_avi_limit':memory_avi_limit,'hardspace_name':hardspace_name,'hardspace_limit':hardspace_limit}
"""
hardSpaceList=SystemInfo.getHardSpace()#[(文件系统,总计大小,已用空间,可用空间,已用%,挂载点)]
saveDbMsgDict['hardSpace']=hardSpaceList
warnToPersonList=[]
monitorDiskObjectList=[]
if monitorSystemObject.has_key('hardspace_name')==False or monitorSystemObject.has_key('hardspace_limit')==False:
return warnToPersonList
elif len(monitorSystemObject['hardspace_name'].split('||'))<>len(monitorSystemObject['hardspace_limit'].split('||')):
log.info('磁盘监控:monitor_pt_system_info表的hardspace_name值与hardspace_limit值配置的不完全匹配')
return warnToPersonList
for i in range(len(monitorSystemObject['hardspace_name'].split('||'))):
monitorDiskObjectList.append({'hardspace_name':monitorSystemObject['hardspace_name'].split('||')[i],'hardspace_limit':monitorSystemObject['hardspace_limit'].split('||')[i]})
for monitorDiskObject in monitorDiskObjectList:
try:
if monitorDiskObject.has_key('hardspace_name') and monitorDiskObject['hardspace_limit'].isdigit():
for hardSpace in hardSpaceList:#(文件系统,已用空间,可用空间,已用%,挂载点)
if monitorDiskObject['hardspace_name']==hardSpace[0] and float(hardSpace[4])>=float(monitorDiskObject['hardspace_limit']):
log.info("磁盘空间告警: hardspace_name:%s,limit_used_percent:%s,real_used_percent:%s",monitorDiskObject['hardspace_name'],monitorDiskObject['hardspace_limit'],hardSpace[4])
warnStr=MONITOR_NAME+' 磁盘空间告警:hardspace_name:'+monitorDiskObject['hardspace_name']+' limit_used_percent:'+monitorDiskObject['hardspace_limit']+' real_used_percent:'+hardSpace[4]
warnToPersonList.append(warnStr)
elif monitorDiskObject['hardspace_name']==hardSpace[0]:
log.info("磁盘空间:达不到告警阀值 hardspace_name:%s,limit_used_percent:%s,real_used_percent:%s",monitorDiskObject['hardspace_name'],monitorDiskObject['hardspace_limit'],hardSpace[4])
except Exception:
log.exception('磁盘监控报错:%s,告警阀值为:%s',monitorDiskObject['hardspace_name'],monitorDiskObject['hardspace_limit'])
return warnToPersonList
def launch_service(service):
"""Launch the system service specified as parameter.
launch_service() returns a dictionary with the following keys:
command: command
retcode: return code of the execution of specified command. 0 on success.
error: error message
stdout: standard output of execution
stderr: error buffer of execution"""
# System info retrival
system_info = SystemInfo.get_info()
OS = system_info.get('system', '').lower()
distro = system_info.get('linux_distro_id', '').lower()
# Select the command
if distro in ('fedora', 'redhat', 'centos', 'suse', 'opensuse'):
cmd = 'service %(service)s start' % (locals())
elif OS == 'linux':
cmd = '/etc/init.d/%(service)s start' % (locals())
elif OS == 'darwin':
cmd = 'launchctl start %(service)s' % (locals())
elif OS == 'freebsd':
if os.path.isfile('/usr/local/etc/rc.d/%(service)s' % (locals())):
cmd = '/usr/local/etc/rc.d/%(service)s start' % (locals())
else:
cmd = '/etc/rc.d/%(service)s start' % (locals())
# Execution
ret = _exe(
cmd,
_('Could not launch <em>%(service)s</em> service.') % (locals()))
return ret
def make_install_init (self):
# System Info
system_info = SystemInfo.get_info()
OS = system_info.get('system','').lower()
# Fetch Parameters
root = CTK.cfg.get_val ('%s!root' %(PRE))
nagiosuser = CTK.cfg.get_val ('%s!nagiosuser' %(PRE))
if OS == 'linux':
ret = popen.popen_sync ("make install-init", cd="%(root)s/nagios_core"%(locals()))
if ret['retcode']:
return ret
elif OS == 'darwin':
path_pre = os.path.join (root, 'nrpe.plist.pre')
path_plist = os.path.join (root, 'nrpe.plist')
# Build plist file
plist = open (path_pre, 'r').read()
plist = plist.replace ('${UserName}', nagiosuser)
plist = plist.replace ('${WorkingDirectory}', os.path.join (root, 'nagios'))
f = open (path_plist, 'w+')
f.write (plist)
f.close()
else: # Default case.
ret = popen.popen_sync ("make install-init", cd="%(root)s/nagios_core"%(locals()))
if ret['retcode']:
return ret
return {'retcode': 0}
def get_installation_GID():
root_group = SystemInfo.get_info()['group_root']
try:
groups = os.getgroups()
groups.sort()
first_group = str(groups[0])
except OSError as e:
# os.getgroups can fail when run as root (MacOS X 10.6)
if os.getuid() != 0:
raise e
first_group = str(root_group)
# Systems
if sys.platform.startswith('linux'):
if os.getuid() == 0:
return root_group
return first_group
elif sys.platform == 'darwin':
if os.getuid() == 0:
return root_group
return first_group
# Solaris RBAC, TODO
if os.getuid() == 0:
return root_group
return first_group
def monitorProcExist(monitorObjectList):
"""
判断指定的线程是否有存在。
@monitorObjectList: [{'proc_name':procName,'proc_cpu_limit':procCpuLimit}]
"""
warnToPersonList=[]
procNameMap={}
for monitorProcObject in monitorObjectList:
if procNameMap.has_key(monitorProcObject['proc_name'])==False:
procNameMap[monitorProcObject['proc_name']]=False
pidObjectList=SystemInfo.getCPUUsedByPidName(procNameMap.keys())
if pidObjectList==None:
log.info('psutil的插件没有安装，或者不支持psutil的低版本的linux。')
return warnToPersonList
for pidObject in pidObjectList:#如果线程已经存在，将状态设置成True
procNameMap[pidObject[0]]=True
warnStr=''
for procName,isExist in procNameMap.iteritems():
if isExist==False and len(warnStr)==0:
warnStr=MONITOR_NAME+' 线程告警:线程名称:'+procName+'不存在.'
elif isExist==False:
warnStr+=',线程名称:'++procName+'不存在.'
if len(warnStr)>0:
log.info('线程告警: %s',warnStr)
warnToPersonList.append(warnStr)
return warnToPersonList
def __safe_call__ (self):
box = CTK.Box()
buttons = CTK.DruidButtonsPanel()
pre = 'tmp!market!install'
root = CTK.cfg.get_val ('%s!root' %(pre))
project = os.path.join (root, 'project')
trac_src = os.path.join (root, 'trac')
trac_admin = os.path.join (root, 'bin', 'trac-admin')
easy_bin = os.path.join (root, 'bin', 'easy_install')
group_root = SystemInfo.get_info()['group_root']
server_user = CTK.cfg.get_val ('server!user', 'root')
server_group = CTK.cfg.get_val ('server!group', group_root)
# Figure out PYTHONPATH
ret = popen.popen_sync ('python setup.py install --prefix=%(root)s'%(locals()), cd = '%(root)s/Genshi-0.6'%(locals()))
err = ret['stderr'] + ret['stdout'] # Python 2.4.3 actually succeeds
tmp = re.findall (r' (%(root)s.+site-packages)'%(locals()), err)
PYTHONPATH = tmp[0]
CTK.cfg['tmp!market!install!trac!PYTHONPATH'] = PYTHONPATH
# Create site-packages
if not os.path.isdir (PYTHONPATH):
os.makedirs (PYTHONPATH)
# Build PYTHONPATH
env = os.environ.copy()
if 'PYTHONPATH' in env:
env['PYTHONPATH'] = '%s:%s' %(PYTHONPATH, env['PYTHONPATH'])
else:
env['PYTHONPATH'] = PYTHONPATH
# Installation
tasks = [
# Install dependencies
({'command': "python setup.py install --prefix=${app_root}", 'env': env, 'cd': '%(root)s/flup-1.0.2' %(locals())}),
({'command': "python setup.py install --prefix=${app_root}", 'env': env, 'cd': '%(root)s/Genshi-0.6' %(locals())}),
#({'command': "python setup.py install --prefix=${app_root}", 'env': env, 'cd': '%(root)s/pysqlite-2.6.0'%(locals())}),
({'function': tools.install_pysqlite, 'description': _('Satisfying pysqlite requirements'), 'params' : {'root':root, 'env':str(env)}}),
({'command': "python %(trac_src)s/setup.py install --prefix=${app_root}" %(locals()), 'env': env, 'cd': trac_src}),
# Create Project
({'command': "%(trac_admin)s %(project)s initenv <<EOF\nTrac\n\nEOF\n" %(locals()), 'env': env}),
({'command': "chown -R %(server_user)s:%(server_group)s %(project)s" %(locals())})]
box += CTK.RawHTML ('<h2>%s</h2>' %(_('Installing Trac')))
box += CTK.RawHTML ('<p>%s</p>' %(_('This process may take a while. Please, hold on.')))
box += CommandProgress (tasks, URL_USER_CONFIG)
buttons = CTK.DruidButtonsPanel()
buttons += CTK.DruidButton_Close(_('Cancel'))
box += buttons
return box.Render().toStr()
def get_installation_GID():
groups = os.getgroups()
root_group = SystemInfo.get_info()['group_root']
if sys.platform == 'linux2':
return (str(groups[0]), root_group)[0 in groups]
elif sys.platform == 'darwin':
return (str(groups[0]), root_group)[0 in groups]
# Solaris RBAC, TODO
return (str(whoami), root_group)[whoami == 0]
def get_installation_GID():
root_group = SystemInfo.get_info()['group_root']
try:
groups = os.getgroups()
groups.sort()
first_group = str(groups[0])
except OSError,e:
# os.getgroups can fail when run as root (MacOS X 10.6)
if os.getuid() != 0:
raise e
first_group = str(root_group)
def get_installation_GID():
root_group = SystemInfo.get_info()['group_root']
try:
groups = os.getgroups()
groups.sort()
first_group = str(groups[0])
except OSError, e:
# os.getgroups can fail when run as root (MacOS X 10.6)
if os.getuid() != 0:
raise e
first_group = str(root_group)
def __safe_call__(self):
box = CTK.Box()
box += CTK.RawHTML('<h2>%s</h2>' % (_("Nagios start up")))
system_info = SystemInfo.get_info()
OS = system_info.get('system', '').lower()
root = CTK.cfg.get_val('%s!root' % (PRE))
startup = CTK.cfg.get_val('%s!nagiosstartup' % (PRE))
plist = os.path.join(root, 'nrpe.plist')
# Register service: init.d, launchd, etc.
ret = services.register_service('nagios', macos_plist=plist)
if ret['retcode'] == 0:
# Launch
if startup:
if OS == 'darwin':
services.launch_service('org.nagios.nrpe')
else:
services.launch_service('nagios')
box += CTK.RawHTML(
js=CTK.DruidContent__JS_to_goto(box.id, URL_SERVER_CONFIG))
return box.Render().toStr()
# Error handling
notice = CTK.Notice()
notice += CTK.RawHTML('<p>%s</p>' % (_(
'The installer could not successfully execute the following command:'
)))
notice += CTK.RawHTML('<pre>%s</pre>' % (ret['command']))
notice += CTK.RawHTML('<p>%s</p>' % (_('The reported error was:')))
notice += CTK.RawHTML('<pre>%s</pre>' % (ret['stderr']))
box += CTK.RawHTML('<p>%s</p>' % (ret['error']))
box += notice
box += CTK.RawHTML('<p>%s</p>' % (_(
'You can either manually fix the problem and retry, or you can skip the step knowing that the Nagios system service will not be launched at boot time.'
)))
buttons = CTK.DruidButtonsPanel()
buttons += CTK.DruidButton_Close(_('Cancel'))
buttons += CTK.DruidButton_Goto(_('Retry'),
URL_LAUNCH_SERVICE,
do_submit=True)
buttons += CTK.DruidButton_Goto(_('Skip'),
URL_SERVER_CONFIG,
do_submit=True)
box += buttons
return box.Render().toStr()
def add_group(group_name, group_id=None):
"""Add group to the system in a platform independent
manner. Currently supports Linux, MacOS X, and FreeBSD. A group ID
can be specified optionally.
Returns the result of a call to _exe()
"""
error_msg = _('Could not create group.')
# Build system command
system_info = SystemInfo.get_info()
OS = system_info.get('system', '').lower()
if OS == 'linux':
raw = '/usr/sbin/groupadd %(group_name)s'
if group_id:
raw += ' --gid %(group_id)s'
cmd = raw % (locals())
ret = _exe(cmd, error_msg)
return ret
elif OS == 'darwin':
if not group_id:
group_id = find_new_UID_GID_pair()
ret = _exe('dscl . -create /Groups/%(group_name)s' % (locals()),
error_msg)
if ret['retcode']: return ret
ret = _exe(
'dscl . -create /Groups/%(group_name)s PrimaryGroupID %(group_id)s'
% (locals()), error_msg)
if ret['retcode']: return ret
ret = _exe(
'dscl . -create /Groups/%(group_name)s RecordName %(group_name)s' %
(locals()), error_msg)
if ret['retcode']: return ret
return ret
elif OS == 'freebsd':
raw = '/usr/sbin/pw groupadd %(group_name)s'
if group_id:
raw += ' -g %(group_id)s'
cmd = raw % (locals())
ret = _exe(cmd, error_msg)
return ret
else:
assert False, "Not implemented"
def Exception_Handler_Apply():
# Collect information
info = {}
info['log'] = Install_Log.get_full_log()
info['user'] = OWS_Login.login_user
info['comments'] = CTK.post['comments']
info['platform'] = SystemInfo.get_info()
info['tmp!market!install'] = CTK.cfg['tmp!market!install'].serialize()
# Send it
xmlrpc = XmlRpcServer (OWS_APPS_INSTALL, user=OWS_Login.login_user, password=OWS_Login.login_password)
install_info = xmlrpc.report_exception (info)
return CTK.cfg_reply_ajax_ok()
def monitorCpu(cpuIdleLimit,saveDbMsgDict):
"""
1.根据CPU Idle的告警阀值，发送告警信息
"""
warnToPersonList=[]
cpuIdle=SystemInfo.getCpuIdle()
if cpuIdle==None:
log.info('psutil的插件没有安装，或者不支持psutil的低版本的linux。')
return warnToPersonList
saveDbMsgDict['cpuIdle']=cpuIdle
if cpuIdleLimit.isdigit() and cpuIdle<float(cpuIdleLimit):
log.info("CPU Idle告警: cpuIdle_limit:%s,real_cpuIdle:%s",cpuIdleLimit,str(cpuIdle))
warnStr=MONITOR_NAME+' CPU Idle告警:cpuIdle_limit:'+cpuIdleLimit+' real_cpuIdle:'+str(cpuIdle)
warnToPersonList.append(warnStr)
return warnToPersonList
def __safe_call__ (self):
app_id = CTK.cfg.get_val('tmp!market!install!app!application_id')
app_name = CTK.cfg.get_val('tmp!market!install!app!application_name')
info = {'cherokee_version': VERSION,
'system': SystemInfo.get_info()}
cont = CTK.Box()
xmlrpc = XmlRpcServer (OWS_APPS_INSTALL, user=OWS_Login.login_user, password=OWS_Login.login_password)
install_info = xmlrpc.get_install_info (app_id, info)
if install_info.get('error'):
title = install_info['error']['error_title']
errors = install_info['error']['error_strings']
cont += CTK.RawHTML ("<h2>%s</h2>"%(_(title)))
for error in errors:
cont += CTK.RawHTML ("<p>%s</p>"%(_(error)))
buttons = CTK.DruidButtonsPanel()
buttons += CTK.DruidButton_Close(_('Close'))
cont += buttons
elif install_info['installable']:
# Do not change this log line. It is used by the
# Maintenance.py file to figure out the app name
Install_Log.log ("Checking: %s, ID: %s = Installable, URL=%s" %(app_name, app_id, install_info['url']))
CTK.cfg['tmp!market!install!download'] = install_info['url']
cont += CTK.RawHTML (js = CTK.DruidContent__JS_to_goto (cont.id, URL_INSTALL_DOWNLOAD))
else:
Install_Log.log ("Checking: %s, ID: %s = Must check out first" %(app_name, app_id))
cont += CTK.RawHTML ("<h2>%s %s</h2>"%(_('Checking out'), app_name))
cont += CTK.RawHTML ("<p>%s</p>" %(_(NOTE_ALL_READY_TO_BUY_1)))
cont += CTK.RawHTML ("<p>%s</p>" %(_(NOTE_ALL_READY_TO_BUY_2)))
checkout = CTK.Button (_("Check Out"))
checkout.bind ('click', CTK.DruidContent__JS_to_goto (cont.id, URL_INSTALL_PAY_CHECK) +
CTK.JS.OpenWindow('%s/order/%s' %(OWS_STATIC, app_id)))
buttons = CTK.DruidButtonsPanel()
buttons += CTK.DruidButton_Close(_('Cancel'))
buttons += checkout
cont += buttons
return cont.Render().toStr()
def monitorMemory(aviPhymenLimit,saveDbMsgDict):
"""
1.根据内存的告警阀值，发送告警信息
2.将内存信息保存到数据库中.
"""
warnToPersonList=[]
memoryObject=SystemInfo.getMemoryInfo()
if memoryObject==None:
log.info('psutil的插件没有安装，或者不支持psutil的低版本的linux。')
return warnToPersonList
saveDbMsgDict['memory']=memoryObject
if aviPhymenLimit.isdigit() and memoryObject[1]<float(aviPhymenLimit):
log.info("内存告警: aviPhymenLimit:%sKB,real_aviPhymen:%sKB",aviPhymenLimit,str(memoryObject[1]))
warnStr=MONITOR_NAME+' 内存告警:aviPhymenLimit:'+aviPhymenLimit+'KB real_aviPhymen:'+str(memoryObject[1])+'KB'
warnToPersonList.append(warnStr)
return warnToPersonList
def Exception_Handler_Apply():
# Collect information
info = {}
info['log'] = Install_Log.get_full_log()
info['user'] = OWS_Login.login_user
info['comments'] = CTK.post['comments']
info['platform'] = SystemInfo.get_info()
info['cfg'] = CTK.cfg.serialize()
info['tmp!market!install'] = CTK.cfg['tmp!market!install'].serialize()
# Send it
xmlrpc = XmlRpcServer(OWS_APPS_INSTALL,
user=OWS_Login.login_user,
password=OWS_Login.login_password)
install_info = xmlrpc.report_exception(info)
return CTK.cfg_reply_ajax_ok()
def add_user_to_group(user, group, primary_group=True):
"""Add user to an existing group on the system, in a platform
independent manner. Currently supports Linux, MacOS X, and
FreeBSD. A primary group can be provided optionally, which will be
used for MacOS X systems.
Returns the result of a call to _exe()
"""
# Error message
error = _(
'Could not add <em>%(user)s</em> user to <em>%(group)s</em> group.'
) % (locals())
# Build system command
system_info = SystemInfo.get_info()
OS = system_info.get('system', '').lower()
if OS == 'linux':
cmd = '/usr/sbin/usermod -a -G %(group)s %(user)s' % (locals())
ret = _exe(cmd, error)
if ret['retcode'] == 2: # some distros don't need the -a parameter (some SUSE versions)
return _exe(cmd.replace('/usermod -a -G', '/usermod -G'), error)
return ret
elif OS == 'darwin':
if primary_group:
id_group = group_to_GID(group)
cmd = 'dscl localhost -create /Local/Default/Users/%(user)s PrimaryGroupID %(id_group)s' % (
locals())
else:
cmd = 'dscl localhost -append /Groups/%(group)s GroupMembership %(user)s' % (
locals())
ret = _exe(cmd, error)
return ret
elif OS == 'freebsd':
cmd = '/usr/sbin/pw usermod %(user)s -G %(group)s' % (locals())
ret = _exe(cmd, error)
return ret
else:
assert False, "Not implemented"
def Report_Apply():
app_id = CTK.post.get_val('app_id')
report = CTK.post.get_val('report')
app_logs = get_logs (app_id)
sysinfo = SystemInfo.get_info()
cfg = str(CTK.cfg)
# OWS Open
xmlrpc = XmlRpcServer(OWS_APPS_CENTER, OWS_Login.login_user, OWS_Login.login_password)
try:
ok = xmlrpc.report_application (app_id, # int
CTK.util.to_unicode(report), # string
CTK.util.to_unicode(app_logs), # list
CTK.util.to_unicode(sysinfo), # dict
CTK.util.to_unicode(cfg)) # string
except:
ok = False
return {'ret': ('error','ok')[ok]}
def __safe_call__ (self):
box = CTK.Box()
box += CTK.RawHTML ('<h2>%s</h2>' %(_("Nagios start up")))
system_info = SystemInfo.get_info()
OS = system_info.get('system','').lower()
root = CTK.cfg.get_val ('%s!root' %(PRE))
startup = CTK.cfg.get_val ('%s!nagiosstartup' %(PRE))
plist = os.path.join (root, 'nrpe.plist')
# Register service: init.d, launchd, etc.
ret = services.register_service ('nagios', macos_plist=plist)
if ret['retcode'] == 0:
# Launch
if startup:
if OS == 'darwin':
services.launch_service ('org.nagios.nrpe')
else:
services.launch_service ('nagios')
box += CTK.RawHTML (js = CTK.DruidContent__JS_to_goto (box.id, URL_SERVER_CONFIG))
return box.Render().toStr()
# Error handling
notice = CTK.Notice ()
notice += CTK.RawHTML ('<p>%s</p>' %(_('The installer could not successfully execute the following command:')))
notice += CTK.RawHTML ('<pre>%s</pre>' %(ret['command']))
notice += CTK.RawHTML ('<p>%s</p>' %(_('The reported error was:')))
notice += CTK.RawHTML ('<pre>%s</pre>' %(ret['stderr']))
box += CTK.RawHTML ('<p>%s</p>' %(ret['error']))
box += notice
box += CTK.RawHTML ('<p>%s</p>' %(_('You can either manually fix the problem and retry, or you can skip the step knowing that the Nagios system service will not be launched at boot time.')))
buttons = CTK.DruidButtonsPanel()
buttons += CTK.DruidButton_Close(_('Cancel'))
buttons += CTK.DruidButton_Goto (_('Retry'), URL_LAUNCH_SERVICE, do_submit=True)
buttons += CTK.DruidButton_Goto (_('Skip'), URL_SERVER_CONFIG, do_submit=True)
box += buttons
return box.Render().toStr()
def get_installation_GID():
root_group = SystemInfo.get_info()['group_root']
groups = os.getgroups()
groups.sort()
# Systems
if sys.platform == 'linux2':
if os.getuid() == 0:
return root_group
return str(groups[0])
elif sys.platform == 'darwin':
if os.getuid() == 0:
return root_group
return str(groups[0])
# Solaris RBAC, TODO
if os.getuid() == 0:
return root_group
return str(groups[0])
def monitorProcCpu(monitorObjectList,saveDbMsgDict):
"""
1.根据线程名称获取相应线程的告警信息.
@monitorObjectList: [{'proc_name':procName,'proc_cpu_limit':procCpuLimit}]
"""
warnToPersonList=[]
procNameMap={}
for monitorProcObject in monitorObjectList:
if procNameMap.has_key(monitorProcObject['proc_name'])==False and monitorProcObject['proc_cpu_limit'].isdigit():
procNameMap[monitorProcObject['proc_name']]=monitorProcObject['proc_cpu_limit']
pidObjectList=SystemInfo.getCPUUsedByPidName(procNameMap.keys())
if pidObjectList==None:
log.info('psutil的插件没有安装，或者不支持psutil的低版本的linux。')
return warnToPersonList
saveDBMsgDict['procCpu']=pidObjectList
for pidObject in pidObjectList:
if pidObject[2]>=float(procNameMap[pidObject[0]]):
log.info('线程CPU告警: pid:%s,pid_name:%s,cpu_limit:%s,real_cpu:%s',pidObject[0],pidObject[1],procNameMap[pidObject[0]],str(pidObject[2]))
warnStr=MONITOR_NAME+' 线程CPU告警:线程名称:'+pidObject[0]+' 线程ID:'+pidObject[1]+' 阀值:'+procNameMap[pidObject[0]]++' 时间值:'+str(pidObject[2])
warnToPersonList.append(warnStr)
return warnToPersonList
def Report_Apply():
app_id = CTK.post.get_val('app_id')
report = CTK.post.get_val('report')
app_logs = get_logs(app_id)
sysinfo = SystemInfo.get_info()
cfg = str(CTK.cfg)
# OWS Open
xmlrpc = XmlRpcServer(OWS_APPS_CENTER, OWS_Login.login_user,
OWS_Login.login_password)
try:
ok = xmlrpc.report_application(
app_id, # int
CTK.util.to_unicode(report), # string
CTK.util.to_unicode(app_logs), # list
CTK.util.to_unicode(sysinfo), # dict
CTK.util.to_unicode(cfg)) # string
except:
ok = False
return {'ret': ('error', 'ok')[ok]}
def ListApps_Apply():
system_info = SystemInfo.get_info()
OS = system_info.get('system','').lower()
# Check the apps to remove
apps_to_remove = []
for k in CTK.post.keys():
if k.startswith ('remove_'):
app = k[7:]
if CTK.post.get_val(k) == '1':
apps_to_remove.append (app)
if not apps_to_remove:
return {'ret': 'fail'}
# Store databases to remove
for n in range (len(apps_to_remove)):
CTK.cfg ['admin!market!maintenance!remove!%s!del' %(app)] = '1'
# Remove services
for app in apps_to_remove:
service = CTK.cfg.get_val ('admin!market!maintenance!remove!%s!service'%(app))
if service:
if OS == 'darwin':
popen.popen_sync ('launchctl unload %(service)s' %(locals()))
elif OS == 'linux':
popen.popen_sync ('rm -f /etc/rcS.d/S99%(service)s' %(locals()))
print "Remove service", service
# Perform the app removal
for app in apps_to_remove:
fp = os.path.join (CHEROKEE_OWS_ROOT, app)
popen.popen_sync ("rm -rf '%s'" %(fp))
# The cache is no longer valid
Invalidate_Cache()
return CTK.cfg_reply_ajax_ok()
def ListApps_Apply():
system_info = SystemInfo.get_info()
OS = system_info.get('system', '').lower()
# Check the apps to remove
apps_to_remove = []
for k in CTK.post.keys():
if k.startswith('remove_'):
app = k[7:]
if CTK.post.get_val(k) == '1':
apps_to_remove.append(app)
# Something to do?
if not apps_to_remove:
return {'ret': 'fail'}
# Store apps to remove
for app in apps_to_remove:
CTK.cfg['tmp!market!maintenance!remove!%s!del' % (app)] = '1'
return CTK.cfg_reply_ajax_ok()
def ListApps_Apply():
system_info = SystemInfo.get_info()
OS = system_info.get('system','').lower()
# Check the apps to remove
apps_to_remove = []
for k in CTK.post.keys():
if k.startswith ('remove_'):
app = k[7:]
if CTK.post.get_val(k) == '1':
apps_to_remove.append (app)
# Something to do?
if not apps_to_remove:
return {'ret': 'fail'}
# Store apps to remove
for app in apps_to_remove:
CTK.cfg ['tmp!market!maintenance!remove!%s!del' %(app)] = '1'
return CTK.cfg_reply_ajax_ok()
def choose_instructions (self, instructions):
data = SystemInfo.get_info()
system = data.get('system','').lower()
distro = data.get('linux_distro_id','').lower()
info = instructions.get('generic')
# OS specific
if instructions.has_key(system):
return instructions[system]
# Linux distro specific
if instructions.has_key(distro):
return instructions[distro]
# Linux distro generic
for x in ('red hat', 'redhat', 'fedora', 'centos', 'suse'):
if x in distro:
return instructions.get('yum', info)
for x in ('debian', 'ubuntu', 'knoppix', 'mint'):
if x in distro:
return instructions.get('apt', info)
def monitorDisk(monitorSystemObject,saveDbMsgDict):
"""
@monitorSystemObject {'cpu_idle_limit':cpu_idle_limit,'memory_avi_limit':memory_avi_limit,'hardspace_name':hardspace_name,'hardspace_limit':hardspace_limit}
hardspace_name:有可能是用||分隔的多行参数.hardspace_limit:有可能是ongoing||分隔的多行.
windows 版本的磁盘空间检查,monitorDiskOjectList [{'hardspace_name':hardspace_name,'hardspace_limit':hardspace_limit}]
"""
warnToPersonList=[]
monitorDiskObjectList=[]
saveToDBList=[]#[(文件系统,总计大小,已用空间,可用空间,已用%,挂载点)]
if monitorSystemObject.has_key('hardspace_name')==False or monitorSystemObject.has_key('hardspace_limit')==False:
return warnToPersonList
elif len(monitorSystemObject['hardspace_name'].split('||'))<>len(monitorSystemObject['hardspace_limit'].split('||')):
log.info('磁盘监控:monitor_pt_system_info表的hardspace_name值与hardspace_limit值配置的不完全匹配')
return warnToPersonList
for i in range(len(monitorSystemObject['hardspace_name'].split('||'))):
monitorDiskObjectList.append({'hardspace_name':monitorSystemObject['hardspace_name'].split('||')[i],'hardspace_limit':monitorSystemObject['hardspace_limit'].split('||')[i]})
saveDbMsgDict['hardSpace']=saveToDBList
for monitorDiskObject in monitorDiskObjectList:
try:
log.info('磁盘告警配置：%s',str(monitorDiskObject))
if monitorDiskObject['hardspace_name'].strip()=='':
break
#if monitorDiskObject['hardspace_limit'].isdigit():
try:
total,used,free,usedPecent=SystemInfo.getdiskByPath(monitorDiskObject['hardspace_name'])
saveToDBList.append((monitorDiskObject['hardspace_name'],str(total/1024),str(used/1024),str(free/1024),str(usedPecent),''))
limitPercent=float(monitorDiskObject['hardspace_limit'])
if usedPecent>=limitPercent:
log.info("磁盘空间告警: hardspace_name:%s,limit_used_percent:%s,real_used_percent:%s",monitorDiskObject['hardspace_name'],monitorDiskObject['hardspace_limit'],str(round(usedPecent,2)))
warnStr=MONITOR_NAME+' 磁盘空间告警:hardspace_name:'+monitorDiskObject['hardspace_name']+' limit_used_percent:'+monitorDiskObject['hardspace_limit']+' real_used_percent:'+str(round(usedPecent,2))
warnToPersonList.append(warnStr)
except ValueError:
log.info('磁盘告警配置,磁盘空间%s的阀值非数值=%s',monitorDiskObject['hardspace_name'],monitorDiskObject['hardspace_limit'])
except Exception:
log.exception('获取磁盘空间报错。磁盘为:'+monitorDiskObject['hardspace_name'])
return warnToPersonList
def Heart():
magicNumber = RandomMagicString()
while True:
sysInfoDict = SystemInfo.SystemDetail()
params = urllib.parse.urlencode(sysInfoDict)
url = 'http://' + IPAdress + ':' + str(
Port) + "/heart?%s" % params + "&magicnumber=" + magicNumber
#print(url)
f = urllib.request.urlopen(url)
returnMessage = f.read().decode('utf-8')
if returnMessage == 'true':
pass
elif returnMessage.startswith('command'):
print(returnMessage[7:])
result = Command.RunExe(returnMessage[7:])
url = 'http://' + IPAdress + ':' + str(
Port) + "/commandresult?result=" + str(
result) + "&magicnumber=" + str(magicNumber)
f = urllib.request.urlopen(url)
returnMessage = f.read().decode('utf-8')
print("commandresult" + returnMessage)
time.sleep(Interval)
def make_install_init(self):
# System Info
system_info = SystemInfo.get_info()
OS = system_info.get('system', '').lower()
# Fetch Parameters
root = CTK.cfg.get_val('%s!root' % (PRE))
nagiosuser = CTK.cfg.get_val('%s!nagiosuser' % (PRE))
if OS == 'linux':
ret = popen.popen_sync("make install-init",
cd="%(root)s/nagios_core" % (locals()))
if ret['retcode']:
return ret
elif OS == 'darwin':
path_pre = os.path.join(root, 'nrpe.plist.pre')
path_plist = os.path.join(root, 'nrpe.plist')
# Build plist file
plist = open(path_pre, 'r').read()
plist = plist.replace('${UserName}', nagiosuser)
plist = plist.replace('${WorkingDirectory}',
os.path.join(root, 'nagios'))
f = open(path_plist, 'w+')
f.write(plist)
f.close()
else: # Default case.
ret = popen.popen_sync("make install-init",
cd="%(root)s/nagios_core" % (locals()))
if ret['retcode']:
return ret
return {'retcode': 0}
from wxHelper import GUI_ID, XrcControls, getAccelPairFromKeyDown, ModalDialogMixin, WindowUpdateLocker
from StringOps import unescapeForIni
import SystemInfo
import Utilities
from TempFileSet import TempFileSet
try:
import WindowsHacks
except:
if SystemInfo.isWindows():
traceback.print_exc()
WindowsHacks = None
class IncrementalSearchDialog(wx.Frame):
COLOR_YELLOW = wx.Colour(255, 255, 0)
COLOR_GREEN = wx.Colour(0, 255, 0)
def __init__(self, parent, id, txtCtrl, rect, font, mainControl, searchInit=None):
# Frame title is invisible but is helpful for workarounds with
# third-party tools
wx.Frame.__init__(
self,
parent,
ShowRec(10,10,width-20,height-80,White,1)
ShowLine(10,height/5,width-10,height/5)
ShowLine(10,height/5*3,width-10,height/5*3)
ShowLine(width/2,height/5,width/2,height-70)
ShowLine(width/4,height/5*3,width/4,height-70)
ShowLine(width/4*3,height/5*3,width/4*3,height-70)
#time show
mylocaltime=time.localtime()
myclock=time.strftime("%H:%M:%S",mylocaltime)#13:15:03 2017-04-21
ShowStr(myclock,0,0,200)
mydate=time.strftime("%Y-%m-%d",mylocaltime)#2017-04-21
ShowStr(mydate,810,5,90)
mytime=time.strftime("%A",mylocaltime)#Thursday
ShowStr(mytime,810,100,90)
#cpu_usage show
ip = SystemInfo.get_ip('wlan0')
cpu_usage =SystemInfo.getCPUuse()
ShowStr(ip,width/2+20,height/5*2+160,48)
ShowRec(width/2+20,height/5*2+110,cpu_usage/100*600+20,48,Yellow,0)
ShowStr("CPU usage:"+str("%2d"%cpu_usage)+"%",width/2+20,height/5*2+110,48)
#netspeed show
NetInfoOld=SystemInfo.net_stat()
time.sleep(1)
NetInfoNew=SystemInfo.net_stat()
DownloadSpeed=(NetInfoNew[0]["ReceiveBytes"]-NetInfoOld[0]["ReceiveBytes"])/1048576 #last second total flow -current second total flow
UploadSpeed=(NetInfoNew[0]["TransmitBytes"]-NetInfoOld[0]["TransmitBytes"])/1048576
ShowRec(width/2+20,height/5*2+10,DownloadSpeed/10*600+20,48,Green,0)
ShowRec(width/2+20,height/5*2+60,UploadSpeed/10*600+20,48,LightBlue,0)
ShowStr("↓:"+str("%3.2f"%(DownloadSpeed))+"MB/s",width/2+20,height/5*2+10,48)
ShowStr("↑:"+str("%3.2f"%(UploadSpeed))+"MB/s",width/2+20,height/5*2+60,48)
def register_service(service, macos_plist=None):
"""Register system service so that it is started at boot time. The
name of the service should be provided. On MacOS X, an additional
Launchd service file must be specified.
register_service() returns a dictionary with the following keys:
command: command
retcode: return code of the execution of specified command. 0 on success.
error: error message
stdout: standard output of execution
stderr: error buffer of execution"""
# System info retrival
system_info = SystemInfo.get_info()
OS = system_info.get("system", "").lower()
distro = system_info.get("linux_distro_id", "").lower()
# Execute command
error_msg = _("Could not add <em>%(service)s</em> to list of system services.") % (locals())
if distro in ("fedora", "redhat", "centos", "suse", "opensuse"):
ret = _exe("chkconfig --add %(service)s" % (locals()), error_msg)
if ret["retcode"]:
return ret
ret = _exe("chkconfig %(service)s on" % (locals()), error_msg)
if ret["retcode"]:
return ret
# Log (do not change string, check Maintenance.py)
Install_Log.log("Registered system service: %(service)s" % (locals()))
return ret
elif OS == "linux":
cmd = "ln -s /etc/init.d/%(service)s /etc/rcS.d/S99%(service)s" % (locals())
ret = _exe(cmd, error_msg)
if ret["retcode"]:
return ret
# Log (do not change string, check Maintenance.py)
Install_Log.log("Registered system service: %(service)s" % (locals()))
return ret
elif OS == "darwin":
assert macos_plist, "Launchd service file not provided"
cmd = "launchctl load %(macos_plist)s" % (locals())
ret = _exe(cmd, error_msg)
if ret["retcode"]:
return ret
# Log (do not change string, check Maintenance.py)
Install_Log.log("Registered Launchd service: %(macos_plist)s" % (locals()))
return ret
elif OS == "freebsd":
# Find out variable name for rc (coded in init script)
cmd = None
for path in ("/usr/local/etc/rc.d", "/etc/rc.d"):
if os.path.exists("%(path)s/%(service)s" % (locals())) and os.access(
"%(path)s/%(service)s" % (locals()), os.X_OK
):
cmd = "%(path)s/%(service)s rcvar" % (locals())
assert cmd, "Init script not present on /etc/rc.d or /usr/local/etc/rc.d"
ret = _exe(cmd, error_msg)
rcvar = re.findall("^([^#].*)=", ret["stdout"], re.M)[0]
# Read init file (to add or modify if entry already present)
lines = open("/etc/rc.conf", "r").readlines()
content = ""
for line in lines:
if re.findall(r"%(rcvar)s=.+" % (locals()), line):
content += '%(rcvar)s="YES"\n' % (locals())
else:
content += line
if content == "".join(lines):
content += '%(rcvar)s="YES"\n' % (locals())
# Write
try:
open("/etc/rc.conf", "w").write(content)
# Log (do not change string, check Maintenance.py)
Install_Log.log("Registered BSD service: %(rcvar)s" % (locals()))
except:
raise
return ret
assert False, "Unknown platform: %s" % (str(system_info))
def choose_instructions(self, instructions, kwargs={}):
data = SystemInfo.get_info()
system = data.get("system", "").lower()
distro = data.get("linux_distro_id", "").lower()
default = instructions.get("default")
# Optional parameters
bin_path = kwargs.get("bin_path")
# MacPorts
if system == "darwin" and data.get("macports"):
macports_path = data.get("macports_path")
# Do not suggest macports if the bin is outside its scope:
# /usr/local, for instance.
if (not bin_path) or (macports_path and bin_path.startswith(macports_path)):
return [instructions.get("macports", default)]
# FreeBSD: pkg_add *and* ports
if system == "freebsd":
choices = []
if instructions.has_key("freebsd_pkg"):
choices += [instructions.get("freebsd_pkg")]
if data.get("freebsd_ports_path") and instructions.has_key("freebsd_ports"):
choices += [instructions.get("freebsd_ports")]
if choices:
return choices
# Solaris' IPS
if system.startswith("sunos"):
if os.path.exists("/usr/bin/pkg"):
return [instructions.get("ips", default)]
# OS specific
if instructions.has_key(system):
return [instructions.get(system, default)]
# Linux distro specific
if instructions.has_key(distro):
return [instructions.get(distro, default)]
# Linux distro generic
for x in ("red hat", "redhat", "centos"):
if x in distro:
return [instructions.get("yum", default)]
for x in ("fedora",):
if x in distro:
return [instructions.get("yumfedora", instructions.get("yum", default))]
for x in ("suse",):
if x in distro:
return [instructions.get("zypper", default)]
for x in ("debian", "ubuntu", "knoppix", "mint"):
if x in distro:
return [instructions.get("apt", default)]
# Default
return [default]
def add_user_and_group(user, **kw):
"""Add user and group to the system in a platform independent
manner. Currently supports Linux, MacOS X, and FreeBSD. If only a
user-name is specified, it will also be used as group-name. The
following named arguments are taken into account: group, homedir,
shell.
Returns the result of a call to _exe()
"""
assert user
error_msg = _('Could not create user.')
# Extract parameters
group = kw.get('group', user)
homedir = kw.get('homedir')
shell = kw.get('shell')
# Build system command
system_info = SystemInfo.get_info()
OS = system_info.get('system', '').lower()
if OS == 'linux':
# Ensure group is present.
if not group_exists(group):
ret = add_group(group)
if ret['retcode']:
return ret
# Create the user
raw = '/usr/sbin/useradd --gid %(group)s -r %(user)s' # -r == --system, but --system is not supported everywhere
if homedir:
raw += ' -d %(homedir)s ' # --home-dir not recognized on SuSE
if shell:
raw += ' -s %(shell)s ' # --shell not recognized on SuSE
cmd = raw % (locals())
# Run it
ret = _exe(cmd, error_msg)
if ret['retcode']:
return ret
elif OS == 'darwin':
# Take care of the GID
if not group_exists(group):
dual_id = find_new_UID_GID_pair()
id_user = dual_id
id_group = dual_id
# Create Group
ret = add_group(group, id_group)
if ret['retcode']: return ret
else:
id_group = group_to_GID(group)
# Figure the new UID
if not UID_exists(id_group):
id_user = id_group
else:
id_user = find_new_UID(start=id_group)
# Create user
shell = shell or '/usr/bin/false'
base = 'dscl localhost -create /Local/Default/Users/%(user)s'
ret = _exe(base % locals(), error_msg)
if ret['retcode']: return ret
# Set user details
ret = _exe((base + ' UniqueID %(id_user)s') % locals(), error_msg)
if ret['retcode']: return ret
ret = _exe((base + ' PrimaryGroupID %(id_group)s') % locals(),
error_msg)
if ret['retcode']: return ret
ret = _exe((base + ' RecordName %(user)s') % locals(), error_msg)
if ret['retcode']: return ret
ret = _exe((base + ' UserShell %(shell)s') % locals(), error_msg)
if ret['retcode']: return ret
elif OS == 'freebsd':
# Ensure group is present.
if not group_exists(group):
ret = add_group(group)
if ret['retcode']:
return ret
# Create the user
raw = '/usr/sbin/pw useradd %(user)s -g %(group)s'
if homedir:
raw += ' -d %(homedir)s '
if shell:
raw += ' -s %(shell)s '
cmd = raw % (locals())
# Run it
ret = _exe(cmd, error_msg)
return ret
else:
assert False, "Not implemented"
return ret
def choose_instructions(self, instructions, kwargs={}):
data = SystemInfo.get_info()
system = data.get('system', '').lower()
distro = data.get('linux_distro_id', '').lower()
default = instructions.get('default')
# Optional parameters
bin_path = kwargs.get('bin_path')
# MacPorts
if system == 'darwin' and data.get('macports'):
macports_path = data.get('macports_path')
# Do not suggest macports if the bin is outside its scope:
# /usr/local, for instance.
if ((not bin_path)
or (macports_path and bin_path.startswith(macports_path))):
return [instructions.get('macports', default)]
# FreeBSD: pkg_add *and* ports
if system == 'freebsd':
choices = []
if instructions.has_key('freebsd_pkg'):
choices += [instructions.get('freebsd_pkg')]
if data.get('freebsd_ports_path') and instructions.has_key(
'freebsd_ports'):
choices += [instructions.get('freebsd_ports')]
if choices:
return choices
# Solaris' IPS
if system.startswith('sunos'):
if os.path.exists("/usr/bin/pkg"):
return [instructions.get('ips', default)]
# OS specific
if instructions.has_key(system):
return [instructions.get(system, default)]
# Linux distro specific
if instructions.has_key(distro):
return [instructions.get(distro, default)]
# Linux distro generic
for x in ('red hat', 'redhat', 'centos'):
if x in distro:
return [instructions.get('yum', default)]
for x in ('fedora', ):
if x in distro:
return [
instructions.get('yumfedora',
instructions.get('yum', default))
]
for x in ('suse', ):
if x in distro:
return [instructions.get('zypper', default)]
for x in ('debian', 'ubuntu', 'knoppix', 'mint'):
if x in distro:
return [instructions.get('apt', default)]
# Default
return [default]
class IncrementalSearchDialog(wx.Frame):
COLOR_YELLOW = wx.Colour(255, 255, 0)
COLOR_GREEN = wx.Colour(0, 255, 0)
def __init__(self,
parent,
id,
txtCtrl,
rect,
font,
mainControl,
searchInit=None):
# Frame title is invisible but is helpful for workarounds with
# third-party tools
wx.Frame.__init__(self, parent, id, u"WikidPad i-search",
rect.GetPosition(), rect.GetSize(),
wx.NO_BORDER | wx.FRAME_FLOAT_ON_PARENT)
self.txtCtrl = txtCtrl
self.mainControl = mainControl
self.tfInput = wx.TextCtrl(
self,
GUI_ID.INC_SEARCH_TEXT_FIELD,
_(u"Incremental search (ENTER/ESC to finish)"),
style=wx.TE_PROCESS_ENTER | wx.TE_RICH)
self.tfInput.SetFont(font)
self.tfInput.SetBackgroundColour(IncrementalSearchDialog.COLOR_YELLOW)
mainsizer = wx.BoxSizer(wx.HORIZONTAL)
mainsizer.Add(self.tfInput, 1, wx.ALL | wx.EXPAND, 0)
self.SetSizer(mainsizer)
self.Layout()
self.tfInput.SelectAll() #added for Mac compatibility
self.tfInput.SetFocus()
config = self.mainControl.getConfig()
self.closeDelay = 1000 * config.getint(
"main", "incSearch_autoOffDelay",
0) # Milliseconds to close or 0 to deactivate
wx.EVT_TEXT(self, GUI_ID.INC_SEARCH_TEXT_FIELD, self.OnText)
wx.EVT_KEY_DOWN(self.tfInput, self.OnKeyDownInput)
wx.EVT_KILL_FOCUS(self.tfInput, self.OnKillFocus)
wx.EVT_TIMER(self, GUI_ID.TIMER_INC_SEARCH_CLOSE,
self.OnTimerIncSearchClose)
wx.EVT_MOUSE_EVENTS(self.tfInput, self.OnMouseAnyInput)
if searchInit:
self.tfInput.SetValue(searchInit)
self.tfInput.SetSelection(-1, -1)
if self.closeDelay:
self.closeTimer = wx.Timer(self, GUI_ID.TIMER_INC_SEARCH_CLOSE)
self.closeTimer.Start(self.closeDelay, True)
# def Close(self):
# wx.Frame.Close(self)
# self.txtCtrl.SetFocus()
def OnKillFocus(self, evt):
self.txtCtrl.forgetIncrementalSearch()
self.Close()
def OnText(self, evt):
self.txtCtrl.searchStr = self.tfInput.GetValue()
foundPos = self.txtCtrl.executeIncrementalSearch()
if foundPos == -1:
# Nothing found
self.tfInput.SetBackgroundColour(
IncrementalSearchDialog.COLOR_YELLOW)
else:
# Found
self.tfInput.SetBackgroundColour(
IncrementalSearchDialog.COLOR_GREEN)
def OnMouseAnyInput(self, evt):
# if evt.Button(wx.MOUSE_BTN_ANY) and self.closeDelay:
# Workaround for name clash in wx.MouseEvent.Button:
if wx._core_.MouseEvent_Button(evt,
wx.MOUSE_BTN_ANY) and self.closeDelay:
# If a mouse button was pressed/released, restart timer
self.closeTimer.Start(self.closeDelay, True)
evt.Skip()
def OnKeyDownInput(self, evt):
if self.closeDelay:
self.closeTimer.Start(self.closeDelay, True)
key = evt.GetKeyCode()
accP = getAccelPairFromKeyDown(evt)
matchesAccelPair = self.mainControl.keyBindings.matchesAccelPair
foundPos = -2
if accP in ((wx.ACCEL_NORMAL, wx.WXK_NUMPAD_ENTER), (wx.ACCEL_NORMAL,
wx.WXK_RETURN)):
# Return pressed
self.txtCtrl.endIncrementalSearch()
self.Close()
elif accP == (wx.ACCEL_NORMAL, wx.WXK_ESCAPE):
# Esc -> Abort inc. search, go back to start
self.txtCtrl.resetIncrementalSearch()
self.Close()
elif matchesAccelPair("ContinueSearch", accP):
foundPos = self.txtCtrl.executeIncrementalSearch(next=True)
# do the next search on another ctrl-f
elif matchesAccelPair("StartIncrementalSearch", accP):
foundPos = self.txtCtrl.executeIncrementalSearch(next=True)
elif accP in ((wx.ACCEL_NORMAL, wx.WXK_DOWN),
(wx.ACCEL_NORMAL, wx.WXK_PAGEDOWN), (wx.ACCEL_NORMAL,
wx.WXK_NUMPAD_DOWN),
(wx.ACCEL_NORMAL, wx.WXK_NUMPAD_PAGEDOWN),
(wx.ACCEL_NORMAL, wx.WXK_NEXT)):
foundPos = self.txtCtrl.executeIncrementalSearch(next=True)
elif matchesAccelPair("BackwardSearch", accP):
foundPos = self.txtCtrl.executeIncrementalSearchBackward()
elif accP in ((wx.ACCEL_NORMAL, wx.WXK_UP),
(wx.ACCEL_NORMAL, wx.WXK_PAGEUP), (wx.ACCEL_NORMAL,
wx.WXK_NUMPAD_UP),
(wx.ACCEL_NORMAL,
wx.WXK_NUMPAD_PAGEUP), (wx.ACCEL_NORMAL, wx.WXK_PRIOR)):
foundPos = self.txtCtrl.executeIncrementalSearchBackward()
elif matchesAccelPair("ActivateLink", accP) or \
matchesAccelPair("ActivateLinkNewTab", accP) or \
matchesAccelPair("ActivateLink2", accP) or \
matchesAccelPair("ActivateLinkBackground", accP) or \
matchesAccelPair("ActivateLinkNewWindow", accP):
# ActivateLink is normally Ctrl-L
# ActivateLinkNewTab is normally Ctrl-Alt-L
# ActivateLink2 is normally Ctrl-Return
self.txtCtrl.endIncrementalSearch()
self.Close()
self.txtCtrl.OnKeyDown(evt)
# handle the other keys
else:
evt.Skip()
if foundPos == -1:
# Nothing found
self.tfInput.SetBackgroundColour(
IncrementalSearchDialog.COLOR_YELLOW)
elif foundPos >= 0:
# Found
self.tfInput.SetBackgroundColour(
IncrementalSearchDialog.COLOR_GREEN)
# Else don't change
if SystemInfo.isOSX():
# Fix focus handling after close
def Close(self):
wx.Frame.Close(self)
wx.CallAfter(self.txtCtrl.SetFocus)
def OnTimerIncSearchClose(self, evt):
self.txtCtrl.endIncrementalSearch(
) # TODO forgetIncrementalSearch() instead?
self.Close()
from wxHelper import GUI_ID, XrcControls, getAccelPairFromKeyDown, \
ModalDialogMixin, WindowUpdateLocker
from StringOps import unescapeForIni
import SystemInfo
import Utilities
from TempFileSet import TempFileSet
try:
import WindowsHacks
except:
if SystemInfo.isWindows():
traceback.print_exc()
WindowsHacks = None
class IncrementalSearchDialog(wx.Frame):
COLOR_YELLOW = wx.Colour(255, 255, 0)
COLOR_GREEN = wx.Colour(0, 255, 0)
def __init__(self,
parent,
id,
txtCtrl,
rect,
font,
class DocPagePresenter(wx.Panel, BasicDocPagePresenter):
"""
Controls the group of all widgets (subcontrols) used to present/edit
a particular doc page, currently only WikiTxtCtrl and WikiHtmlView.
This version is a panel and contains the children itself.
"""
def __init__(self, parent, mainControl, id=-1):
wx.Panel.__init__(self, parent, id)
BasicDocPagePresenter.__init__(self, mainControl)
self.SetSizer(LayerSizer())
res = xrc.XmlResource.Get()
self.tabContextMenu = res.LoadMenu("MenuDocPagePresenterTabPopup")
self.mainTreePositionHint = None # The tree ctrl uses this to remember
# which element was selected if same page appears multiple
# times in tree. DocPagePresenter class itself does not modify it.
wx.GetApp().getMiscEvent().addListener(self)
wx.EVT_MENU(self, GUI_ID.CMD_PAGE_HISTORY_LIST,
lambda evt: self.viewPageHistory())
wx.EVT_MENU(self, GUI_ID.CMD_PAGE_HISTORY_LIST_UP,
lambda evt: self.viewPageHistory(-1))
wx.EVT_MENU(self, GUI_ID.CMD_PAGE_HISTORY_LIST_DOWN,
lambda evt: self.viewPageHistory(1))
wx.EVT_MENU(self, GUI_ID.CMD_PAGE_HISTORY_GO_BACK,
lambda evt: self.pageHistory.goInHistory(-1))
wx.EVT_MENU(self, GUI_ID.CMD_PAGE_HISTORY_GO_FORWARD,
lambda evt: self.pageHistory.goInHistory(1))
wx.EVT_MENU(self, GUI_ID.CMD_PAGE_GO_UPWARD_FROM_SUBPAGE,
lambda evt: self.goUpwardFromSubpage())
def close(self):
wx.GetApp().getMiscEvent().removeListener(self)
BasicDocPagePresenter.close(self)
def setSubControl(self, scName, sc):
oldSc = self.getSubControl(scName)
if oldSc is not None:
self.GetSizer().Detach(oldSc)
oldSc.close()
BasicDocPagePresenter.setSubControl(self, scName, sc)
if sc is not None:
self.GetSizer().Add(sc)
self.Layout()
def switchSubControl(self, scName, gainFocus=False):
"""
Make the chosen subcontrol visible, all other invisible
"""
try:
subControl = self.subControls[scName]
except KeyError:
traceback.print_exc()
return
# First show subControl scName, then hide the others
# to avoid flicker
if self.visible and self.lastVisibleCtrlName != scName:
subControl.setLayerVisible(True)
subControl.Show(True)
if gainFocus:
subControl.SetFocus()
for n, c in self.subControls.iteritems():
# if n != scName:
if c is not subControl:
if self.visible:
c.setLayerVisible(False)
c.Show(False)
self.lastVisibleCtrlName = scName
self.setTitle(self.shortTitle) #?
if SystemInfo.isLinux():
def SetFocus(self):
try:
ctrl = self.subControls[self.lastVisibleCtrlName]
wx.CallAfter(ctrl.SetFocus)
except KeyError:
wx.Panel.SetFocus(self)
else:
def SetFocus(self):
try:
self.subControls[self.lastVisibleCtrlName].SetFocus()
except KeyError:
wx.Panel.SetFocus(self)
def viewPageHistory(self, posDelta=0):
if not self.getMainControl().requireReadAccess():
return
try:
hist = self.pageHistory.getHrHistoryList()
histpos = self.pageHistory.getPosition()
except (IOError, OSError, DbAccessError), e:
self.getMainControl().lostAccess(e)
raise
historyLen = len(hist)
dlg = wx.SingleChoiceDialog(self,
_(u"History"),
_(u"History"),
hist,
wx.CHOICEDLG_STYLE | wx.OK | wx.CANCEL)
if historyLen > 0:
position = histpos + posDelta - 1
if (position < 0):
position = 0
elif (position >= historyLen):
position = historyLen-1
dlg.SetSelection(position)
if dlg.ShowModal() == wx.ID_OK and dlg.GetSelection() > -1:
self.pageHistory.goInHistory(dlg.GetSelection() - (histpos - 1))
dlg.Destroy()
def __safe_call__(self):
box = CTK.Box()
buttons = CTK.DruidButtonsPanel()
pre = 'tmp!market!install'
root = CTK.cfg.get_val('%s!root' % (pre))
project = os.path.join(root, 'project')
trac_src = os.path.join(root, 'trac')
trac_admin = os.path.join(root, 'bin', 'trac-admin')
easy_bin = os.path.join(root, 'bin', 'easy_install')
group_root = SystemInfo.get_info()['group_root']
server_user = CTK.cfg.get_val('server!user', 'root')
server_group = CTK.cfg.get_val('server!group', group_root)
# Figure out PYTHONPATH
ret = popen.popen_sync('python setup.py install --prefix=%(root)s' %
(locals()),
cd='%(root)s/Genshi-0.6' % (locals()))
err = ret['stderr'] + ret['stdout'] # Python 2.4.3 actually succeeds
tmp = re.findall(r' (%(root)s.+site-packages)' % (locals()), err)
PYTHONPATH = tmp[0]
CTK.cfg['tmp!market!install!trac!PYTHONPATH'] = PYTHONPATH
# Create site-packages
if not os.path.isdir(PYTHONPATH):
os.makedirs(PYTHONPATH)
# Build PYTHONPATH
env = os.environ.copy()
if 'PYTHONPATH' in env:
env['PYTHONPATH'] = '%s:%s' % (PYTHONPATH, env['PYTHONPATH'])
else:
env['PYTHONPATH'] = PYTHONPATH
# Installation
tasks = [
# Install dependencies
({
'command': "python setup.py install --prefix=${app_root}",
'env': env,
'cd': '%(root)s/flup-1.0.2' % (locals())
}),
({
'command': "python setup.py install --prefix=${app_root}",
'env': env,
'cd': '%(root)s/Genshi-0.6' % (locals())
}),
#({'command': "python setup.py install --prefix=${app_root}", 'env': env, 'cd': '%(root)s/pysqlite-2.6.0'%(locals())}),
({
'function': tools.install_pysqlite,
'description': _('Satisfying pysqlite requirements'),
'params': {
'root': root,
'env': str(env)
}
}),
({
'command':
"python %(trac_src)s/setup.py install --prefix=${app_root}" %
(locals()),
'env':
env,
'cd':
trac_src
}),
# Create Project
({
'command':
"%(trac_admin)s %(project)s initenv <<EOF\nTrac\n\nEOF\n" %
(locals()),
'env':
env
}),
({
'command':
"chown -R %(server_user)s:%(server_group)s %(project)s" %
(locals())
})
]
box += CTK.RawHTML('<h2>%s</h2>' % (_('Installing Trac')))
box += CTK.RawHTML(
'<p>%s</p>' %
(_('This process may take a while. Please, hold on.')))
box += CommandProgress(tasks, URL_USER_CONFIG)
buttons = CTK.DruidButtonsPanel()
buttons += CTK.DruidButton_Close(_('Cancel'))
box += buttons
return box.Render().toStr()
def deBugOutPut():
pids = psutil.pids()
systemInfo.getMemInfo(pids)
print systemInfo.processInfo_mem
if __name__ == '__main__':
# config setter
config = Configure.Configure('./config.xml')
# log file
logFileName = time.strftime('%Y-%m-%d', time.localtime(time.time()))
logger = Loger.Loger('Monitor-' + logFileName + '.log')
# system info get
systemInfo = SystemInfo.SystemInfo(pids=None, processName=None)
# alert center
alertcenter = Alert.Alert()
# process names
processNames = []
# email info
mailInfo = None
receiver = []
# alert limit define
# region
# alert limit configure
# -*- coding: utf-8 -*-
import SystemInfo
print("System Start Time : %ss" % SystemInfo.get_start_time())
print("System Now Time : %s" % SystemInfo.get_now_time())
print("CPU Used Percent : %.1f%%" % SystemInfo.get_cpu_used_percent())
# print("CPU free Percent : %.1f%%" % SystemInfo.get_cpu_free_percent())
print("CPU free Percent No Blocking : %.1f%%" %
SystemInfo.get_cpu_free_percent_no_blocking())
print("Memory Used Percent : %.1f%%" % SystemInfo.get_mem_used_percent())
print("Memory free Percent : %.1f%%" % SystemInfo.get_mem_free_percent())
print("Disk free : %dB === %dKB === %dMB === %dGB" %
(SystemInfo.get_disk_free(), SystemInfo.get_disk_free() / 1024,
SystemInfo.get_disk_free() / 1024 / 1024,
SystemInfo.get_disk_free() / 1024 / 1024 / 1024))
print("Disk used : %dB === %dKB === %dMB === %dGB" %
(SystemInfo.get_disk_used(), SystemInfo.get_disk_used() / 1024,
SystemInfo.get_disk_used() / 1024 / 1024,
SystemInfo.get_disk_used() / 1024 / 1024 / 1024))
print("Disk free percent : %.1f%%" % SystemInfo.get_disk_free_percent())
print("Disk used percent : %.1f%%" % SystemInfo.get_disk_used_percent())
print("ipaddr : %s\nnetmask : %s\ngateway : %s\n" % (SystemInfo.get_ip_info()))
# print("Set Time Status : %d" % SystemInfo.set_now_time(2019, 5, 4, 12, 50, 54))
# print("System Now Time : %s" % SystemInfo.get_now_time())
# print("Set Time Status : %d" % SystemInfo.set_now_time(2019, 5, 14, 14, 10, 54))
# print("System Now Time : %s" % SystemInfo.get_now_time())
# SystemInfo.set_ip_info('10.255.88.83', '255.255.248.0', '10.255.95.254')
def register_service(service, macos_plist=None):
"""Register system service so that it is started at boot time. The
name of the service should be provided. On MacOS X, an additional
Launchd service file must be specified.
register_service() returns a dictionary with the following keys:
command: command
retcode: return code of the execution of specified command. 0 on success.
error: error message
stdout: standard output of execution
stderr: error buffer of execution"""
# System info retrival
system_info = SystemInfo.get_info()
OS = system_info.get('system', '').lower()
distro = system_info.get('linux_distro_id', '').lower()
# Execute command
error_msg = _(
'Could not add <em>%(service)s</em> to list of system services.') % (
locals())
if distro in ('fedora', 'redhat', 'centos', 'suse', 'opensuse'):
ret = _exe('chkconfig --add %(service)s' % (locals()), error_msg)
if ret['retcode']: return ret
ret = _exe('chkconfig %(service)s on' % (locals()), error_msg)
if ret['retcode']:
return ret
# Log (do not change string, check Maintenance.py)
Install_Log.log('Registered system service: %(service)s' % (locals()))
return ret
elif OS == 'linux':
cmd = 'ln -s /etc/init.d/%(service)s /etc/rcS.d/S99%(service)s' % (
locals())
ret = _exe(cmd, error_msg)
if ret['retcode']:
return ret
# Log (do not change string, check Maintenance.py)
Install_Log.log('Registered system service: %(service)s' % (locals()))
return ret
elif OS == 'darwin':
assert macos_plist, "Launchd service file not provided"
cmd = 'launchctl load %(macos_plist)s' % (locals())
ret = _exe(cmd, error_msg)
if ret['retcode']:
return ret
# Log (do not change string, check Maintenance.py)
Install_Log.log('Registered Launchd service: %(macos_plist)s' %
(locals()))
return ret
elif OS == 'freebsd':
# Find out variable name for rc (coded in init script)
cmd = None
for path in ('/usr/local/etc/rc.d', '/etc/rc.d'):
if os.path.exists ('%(path)s/%(service)s' %(locals())) and \
os.access ('%(path)s/%(service)s' %(locals()), os.X_OK):
cmd = '%(path)s/%(service)s rcvar' % (locals())
assert cmd, "Init script not present on /etc/rc.d or /usr/local/etc/rc.d"
ret = _exe(cmd, error_msg)
rcvar = re.findall('^([^#].*)=', ret['stdout'], re.M)[0]
# Read init file (to add or modify if entry already present)
lines = open('/etc/rc.conf', 'r').readlines()
content = ''
for line in lines:
if re.findall(r'%(rcvar)s=.+' % (locals()), line):
content += '%(rcvar)s="YES"\n' % (locals())
else:
content += line
if content == ''.join(lines):
content += '%(rcvar)s="YES"\n' % (locals())
# Write
try:
open('/etc/rc.conf', 'w').write(content)
# Log (do not change string, check Maintenance.py)
Install_Log.log('Registered BSD service: %(rcvar)s' % (locals()))
except:
raise
return ret
assert False, 'Unknown platform: %s' % (str(system_info))
def __init__(self):
super().__init__()
self.object_list.append(SystemInfo.SystemInfo())
self.object_list.append(SystemInfo.ServiceInfo())
def __init__(self):
self.dir_check = Filestat.DirCheck()
self.system_info = SystemInfo.SystemInfo()
def choose_instructions (self, instructions, kwargs={}):
data = SystemInfo.get_info()
system = data.get('system','').lower()
distro = data.get('linux_distro_id','').lower()
default = instructions.get('default')
# Optional parameters
bin_path = kwargs.get('bin_path')
# MacPorts
if system == 'darwin' and data.get('macports'):
macports_path = data.get('macports_path')
# Do not suggest macports if the bin is outside its scope:
# /usr/local, for instance.
if ((not bin_path) or
(macports_path and bin_path.startswith (macports_path))):
return [instructions.get('macports', default)]
# FreeBSD: pkg_add *and* ports
if system == 'freebsd':
choices = []
if instructions.has_key('freebsd_pkg'):
choices += [instructions.get('freebsd_pkg')]
if data.get('freebsd_ports_path') and instructions.has_key('freebsd_ports'):
choices += [instructions.get('freebsd_ports')]
if choices:
return choices
# Solaris' IPS
if system.startswith ('sunos'):
if os.path.exists ("/usr/bin/pkg"):
return [instructions.get ('ips', default)]
# OS specific
if instructions.has_key(system):
return [instructions.get (system, default)]
# Linux distro specific
if instructions.has_key(distro):
return [instructions.get (distro, default)]
# Linux distro generic
for x in ('red hat', 'redhat', 'centos'):
if x in distro:
return [instructions.get ('yum', default)]
for x in ('fedora',):
if x in distro:
return [instructions.get ('yumfedora', instructions.get('yum', default))]
for x in ('suse',):
if x in distro:
return [instructions.get ('zypper', default)]
for x in ('debian', 'ubuntu', 'knoppix', 'mint'):
if x in distro:
return [instructions.get ('apt', default)]
# Default
return [default]
