def chg_iptable(self, wars_with_md5, confs_with_md5):
if not self.__run1() and not self.__run2():
return False, "Nothing running cann't chg"
if IptableWrap.is_iptables_tom2():
if not self.__run1():
return False, "current iptables is tom2, but tom1 is not running, cann't chg"
if self.tomcat1.check_md5(wars_with_md5, confs_with_md5):
log_util.info("[start] chg iptable for tom8080")
result = util.run_cmd(
"iptables -t nat -D PREROUTING -p tcp --dport 8080 -j REDIRECT --to-ports 8180"
)
if result["code"] > 0:
return False, result["info"][1]
self.__kill2()
else:
return False, "check tom1's md5 fail, cann't chg"
else:
if not self.__run2():
return False, "current iptables is tom1, but tom2 is not running, cann't chg"
if self.tomcat2.check_md5(wars_with_md5, confs_with_md5):
log_util.info("[start] chg iptable for tom8180")
result = util.run_cmd(
"iptables -t nat -A PREROUTING -p tcp --dport 8080 -j REDIRECT --to-ports 8180"
)
if result["code"] > 0:
return False, result["info"][1]
self.__kill1()
else:
return False, "check tom2's md5 fail, cann't chg"
return True, "success"
def __kill1(self):
if self.__run1():
log_util.info("[start] kill tom8080")
self.tomcat1.wait_for_deal_pre_resp()
self.tomcat1.force_kill_pre()
else:
log_util.warn("Previous tomcat is not run，didn`t need kill")
def start_deploy(self, wars_with_md5, confs_with_md5):
if IptableWrap.is_iptables_tom2():
if self.__run1():
log_util.info("tom1 is already running start to kill")
self.tomcat1.force_kill_pre()
if not self.__run1():
code, info = self.tomcat1.deploy_new(wars_with_md5,
confs_with_md5)
if code > 0:
self.tomcat1.force_kill_current()
else:
code, info = (111, "kill tom1 fail")
else:
if self.__run2():
log_util.info("tom2 is already running start to kill")
self.tomcat2.force_kill_pre()
if not self.__run2():
code, info = self.tomcat2.deploy_new(wars_with_md5,
confs_with_md5)
if code > 0:
self.tomcat2.force_kill_current()
else:
code, info = (111, "kill tom2 fail")
if code > 0:
log_util.error("Deploy error: %s" % info)
return False, info
return True, "success"
def force_kill_pre(self):
# pid_cmd = "ps -lfC java | grep [t]omcat | awk '{print $4}'"
# pid = util.run_cmd(pid_cmd)["info"][0]
# if pid == '':
# print "pid not exist"
# return
log_util.info("try to kill pid: %s", self.__run_pid)
if self.__run_pid != "":
util.force_kill(int(self.__run_pid))
def is_iptables_tom2():
log_util.info("check iptables")
result = util.run_cmd("iptables-save")
iptables_info = result["info"][0]
if result["code"] > 0:
raise Exception("run iptables-save error")
return re.search(
"-A PREROUTING -p tcp -m tcp --dport 8080 -j REDIRECT --to-ports 8180",
iptables_info)
def __is_tomcat_start(self):
def __tomcat_not_start():
return not util.is_request_200(self.heart_url,
self.__request_timeout)
rt, cost = util.polling_check(__tomcat_not_start,
conf.TOMCAT__CHECK_START_TIMEOUT)
log_util.info("check tomcat start cost: %s s" % cost)
return rt
def __init__(self, tomcat_path, conf_path, host, heart_url):
log_util.info("init deploy tomcat")
self.tomcat_path = util.append_black_slash(tomcat_path)
self.conf_path = util.append_black_slash(conf_path)
self.heart_url = heart_url
self.__request_timeout = 1
self.__tomcat_war_dir_path = "%swebapps/" % self.tomcat_path
self.__tomcatStatus = TomcatStatus(
host, "Basic c2t5OGNoaTpjaGl0aWFueGlhbmc=")
self.__run_pid = self.get_pid()
def single(wars_with_md5=util.get_wars_with_md5(conf.SRC_WAR_PATH),
confs_with_md5=util.get_confs_with_md5(conf.SRC_CONF_PATH)):
init()
start = time.time()
deploy_tom = TomcatDeploy(conf.TOMCAT1__PATH, conf.TOMCAT1__CONF_PATH, conf.TOMCAT1__HOST, conf.TOMCAT1__HEART_URL)
result = deploy_tom.deploy(wars_with_md5, confs_with_md5)
log_util.info("Final result: %s" % result[1])
log_util.info("total cost: %s " % (time.time() - start))
class TomcatStatus(object):
def __init__(self, host, auth):
self.host = host
self.auth = auth
self.__url = ''.join(["http://", host, "/manager/status"])
self.__self_verify_request = "GET /manager/status HTTP/1.1"
self.__request_timeout = 1
def __request_url(self):
req = urllib2.Request(self.__url)
req.add_header("Authorization", self.auth)
response = urllib2.urlopen(req, timeout=self.__request_timeout)
self.__body = response.read()
response.close()
def has_user_connect(self):
try:
self.__request_url()
except Exception, e:
log_util.error("%s : %s" % (Exception, e))
return True
has_connect = False
# 因页面table会发生变化，固用正则先抓取大概范围
# soup = BeautifulSoup(self.__body, "html.parser")
# tables = soup.findAll('table')
# status_table = tables[-2]
http_info = re.search(r"(<h1>http-\d+</h1>[\s\S]*?</table>)", self.__body).group(1)
soup = BeautifulSoup(http_info, "html.parser")
tables = soup.findAll('table')
status_table = tables[0]
trs = status_table.findAll("tr")
trs_len = len(trs)
for (idx, th) in enumerate(trs[0].findAll("th")):
th_txt = th.getText()
if th_txt == "Stage":
stage_idx = idx
elif th_txt == "Request":
request_idx = idx
log_util.debug("connect[ stage: %s, request: %s ]" % (idx, th.getText()))
log_util.debug("stageIdx: %s, requestIdx: %s, trsLen: %s" % (stage_idx, request_idx, trs_len))
for tr in trs[1:trs_len]:
tds = tr.findAll("td")
stage = tds[stage_idx].getText()
request = tds[request_idx].getText()
log_util.debug("current connects [ stage: %s, request: %s ]" % (stage, request))
if (stage == "K" or request != "?") and request != self.__self_verify_request:
log_util.info("Some url is connected: stage[%s], request[%s]" % (stage, request))
has_connect = True
break
return has_connect
def multi(cmd="start",
wars_with_md5=util.get_wars_with_md5(conf.SRC_WAR_PATH),
confs_with_md5=util.get_confs_with_md5(conf.SRC_CONF_PATH)):
init()
start = time.time()
deploy_tom = TomcatDeploy(conf.TOMCAT1__PATH, conf.TOMCAT1__CONF_PATH, conf.TOMCAT1__HOST, conf.TOMCAT1__HEART_URL)
deploy_tom2 = TomcatDeploy(conf.TOMCAT2__PATH, conf.TOMCAT2__CONF_PATH, conf.TOMCAT2__HOST, conf.TOMCAT2_HEART__URL)
iptable_wrap = IptableWrap(deploy_tom, deploy_tom2)
if cmd == "start":
is_success, info = iptable_wrap.start_deploy(wars_with_md5, confs_with_md5)
elif cmd == "chg":
is_success, info = iptable_wrap.chg_iptable(wars_with_md5, confs_with_md5)
else:
is_success, info = (False, "Unknown cmd for: %s" % cmd)
if not is_success:
log_util.error(info)
log_util.info("%s => total cost: %s" % (cmd, (time.time() - start)))
return is_success, info
def wait_for_deal_pre_resp(self):
rst, cost = util.polling_check(
self.__tomcatStatus.has_user_connect,
conf.TOMCAT_STATUS__CHECK_CONNECT_TIMEOUT)
log_util.info("wait_for_deal_pre_resp cost: %s s", cost)
return rst
def deploy_new(self, wars_with_md5, conf_with_md5):
log_util.info("[start] deploy tomcat new")
log_util.info("[start] remove unpack")
if not self.__remove_unpack(wars_with_md5):
return code_info.REMOVE_UNPACK_FAIL
log_util.info("[start] remove work")
if not self.__remove_work():
return code_info.REMOVE_WORK_FAIL
log_util.info("[start] copy war")
if not self.__copy_war(wars_with_md5):
return code_info.COPY_WAR_FAIL
log_util.info("[start] copy conf")
if not self.__copy_conf(conf_with_md5):
return code_info.COPY_CONF_FAIL
log_util.info("[start] check md5")
if not self.check_md5(wars_with_md5, conf_with_md5):
return code_info.CHECK_FAIL
log_util.info("[start] start tomcat")
if not self.__start_tomcat():
return code_info.START_SHELL_FAIL
log_util.info("[start] start check deploy")
if not self.__is_tomcat_start():
return code_info.START_CHECK_FAIL
log_util.info("[end] success")
return code_info.SUCCESS
def deploy(self, wars_with_md5, conf_with_md5):
log_util.info("[start] deploy tomcat")
log_util.info("[start] wait for deal pre resp")
self.wait_for_deal_pre_resp()
log_util.info("[start] force kill")
self.force_kill_pre()
log_util.info("[start] remove unpack")
if not self.__remove_unpack(wars_with_md5):
return code_info.REMOVE_UNPACK_FAIL
log_util.info("[start] remove work")
if not self.__remove_work():
return code_info.REMOVE_WORK_FAIL
log_util.info("[start] copy war")
if not self.__copy_war(wars_with_md5):
return code_info.COPY_WAR_FAIL
log_util.info("[start] copy conf")
if not self.__copy_conf(conf_with_md5):
return code_info.COPY_CONF_FAIL
log_util.info("[start] check md5")
if not self.check_md5(wars_with_md5, conf_with_md5):
return code_info.CHECK_FAIL
log_util.info("[start] start tomcat")
if not self.__start_tomcat():
return code_info.START_SHELL_FAIL
log_util.info("[start] start check deploy")
if not self.__is_tomcat_start():
return code_info.START_CHECK_FAIL
log_util.info("[end] success")
return code_info.SUCCESS
def force_kill(pid):
try:
os.kill(pid, 9)
log_util.info('已杀死pid为%s的进程' % pid)
except OSError, e:
log_util.error("%s %s 没有如此进程!!!" % (OSError, e))