def crate_mhost_grpaph():
urls_info = ret_urls()
zbix = Moniter()
zbix.hostid = "10452"
for it in urls_info:
try:
items_domain = zbix.item_get(name=it.url)
items_real = (zbix.item_get(name=i) for i in it.real_host)
print(list(items_real))
graph_items = [{
'itemid': i.get('itemid')
} for i in items_domain]
print(graph_items)
colors = [{
'color': '199C0D'
}, {
'color': 'F63100'
}, {
'color': '2774A4'
}, {
'color': 'F7941D'
}]
for i in range(len(colors)):
graph_items[i].update(colors[i])
res = zbix.graph_create(name=it.name, gitems=graph_items)
# print(res)
except Exception as e:
print(e)
pass
def create_ms_graph():
"""域名和主机的都在一个图形中"""
urls_info = ret_urls()
zbix = Moniter()
zbix.hostid = "10452"
s = zbix.graph_get()
url_info = namedtuple(
'urls_info', ['name', 'url', 'return_msg', 'code', 'real_host'])
it = url_info(name='bike-bike',
url=['https://me.baojia.com/'],
return_msg=['没有相关操作权限'],
code=[200],
real_host=[
'10.1.11.140:8080', '10.1.11.220:8080',
'10.1.11.221:8080'
])
for it in urls_info:
# 获取所有 域名下 后端的真实主机
try:
items_domainip_color = [
{
'itemid':
i.get('itemid'),
'yaxisside':
1 if "health_code_http" in i.get('name') else 0
} for i in zbix.item_get(name=it.url[0])
if re.findall("{}$".format(it.url[0]), i.get("name"))
]
# 后端真实主机监控
items_real = (zbix.item_get(name=_) for _ in it.real_host)
[
items_domainip_color.append({
'itemid':
item.get('itemid'),
'yaxisside':
1 if "health_code" in item.get('name') else 0
}) for i in items_real for item in i
if item.get('name').startswith('real')
]
all_items_color = [{
"color": _
} for _ in zbix.choose_color[:len(items_domainip_color)]]
for i in range(len(items_domainip_color)):
items_domainip_color[i].update(all_items_color[i])
print(items_domainip_color)
res = zbix.graph_create(name=f"{it.name}_{it.url[0]}",
gitems=items_domainip_color)
# print(res)
except Exception as e:
print(e)
pass
def create_batch_graph():
"""创建图形"""
urls_info = ret_urls()
zbix = Moniter()
zbix.hostid = "10452"
for it in urls_info:
try:
items = zbix.item_get(key_=it.url)
graph_items = [{'itemid': i.get('itemid')} for i in items]
colors = [{
'color': '199C0D'
}, {
'color': 'F63100'
}, {
'color': '2774A4'
}, {
'color': 'F7941D'
}]
for i in range(len(colors)):
graph_items[i].update(colors[i])
res = zbix.graph_create(name=it.name, gitems=graph_items)
print(res)
except Exception as e:
print(e)
def items_del():
"""获取主机上所有监控项，然后删除"""
zbix = Moniter()
zbix.hostid = "10452"
item = zbix.item_get()
iems = [i.get('itemid') for i in item]
zbix.item_del(iems)
def item_upde_():
"""
更新主机上所有监控项的类型,为主动模式 type 7
https://www.zabbix.com/documentation/4.0/manual/api/reference/item/object#item
:return:
"""
zbix = Moniter()
zbix.hostid = "10452"
all_itemid = (i.get('itemid') for i in zbix.item_get())
for i in all_itemid:
try:
zbix.item_update(i, type=7)
# zbix.item_update(i, delay="60s")
except Exception as e:
print(e)
def _create_test():
"""未完成， 搜索"""
zbix = Moniter()
hostid = zbix.get_host_name("Meboth-IDC-Switch-1")
all_graphics_received = zbix.item_get(hostid, key_="Bits received")
import re
sind = re.compile(
# r"Interface GigabitEthernet1/0/.*\(GigabitEthernet1/0/[1-9]{1}.* Interface\): Bits received")
# r"Interface GigabitEthernet.*\(D_BJ-MiBuKeJi-FW:.*\): Bits received")
r"D_BJ-MiBuKeJi-FW")
# r"Interface GigabitEthernet1/0/(10|[1-9])\(D_BJ-MiBuKeJi-FW:1-G1/0/[1-9]{1}.*\): Bits sent")
# r"Interface GigabitEthernet1/0/(10|[1-9])\(D_BJ-MiBuKeJi-FW:1-G1/0/.*\): Bits received")
# r"Interface GigabitEthernet(10|[1-9]){1}/0/48\(D_BJ-MiBuKeJi-FW:(10|[1-9])-G1/0/15\): Bits received")
# "nterface GigabitEthernet1/0/(10|[1-9])\(D_BJ-MiBuKeJi-FW:1-G1/0/.*\): Bits received"
for i in all_graphics_received:
if sind.findall(i.get('name')):
# print(i.get('name'))
print(i)
def crete_mhost_graph_():
"""创建图形， 域名和 后端真实主机分别创建图形"""
urls_info = ret_urls()
zbix = Moniter()
zbix.hostid = "10452"
s = zbix.graph_get()
url_info = namedtuple(
'urls_info', ['name', 'url', 'return_msg', 'code', 'real_host'])
it = url_info(name='bike-bike',
url=['https://me.baojia.com/'],
return_msg=['没有相关操作权限'],
code=[200],
real_host=[
'10.1.11.140:8080', '10.1.11.220:8080',
'10.1.11.221:8080'
])
def url_conversion(url, item_name):
regular = re.compile(
"(?:https?|ftp|file)://[-A-Za-z0-9+&@#/%?=~_|!:,.;]+[-A-Za-z0-9+&@#/%=~_|]"
)
if regular.search(item_name):
re_item_url = regular.findall(item_name)
if unquote_plus(re_item_url[0]) == unquote_plus(url):
return True
else:
return item_name
for it in urls_info:
# 获取所有 域名下 后端的真实主机
try:
# 域名 url
# items_domainip_color = [
# {'itemid': i.get('itemid'), 'yaxisside': 1 if "health_code_http" in i.get('name') else 0} for i in
# zbix.item_get(name=it.url[0])]
print(it.url[0])
items_domainip_color = [
{
'itemid': i.get('itemid'),
'yaxisside':
0 if "health_code_http" in i.get('name') else 1,
"drawtype":
5 if "health_code_http" in i.get('name') else 1
} for i in zbix.item_get(name=it.url[0])
if url_conversion(it.url[0], i.get('name'))
]
all_items_color = [{
"color": _
} for _ in zbix.choose_color[:len(items_domainip_color)]]
for i in range(len(items_domainip_color)):
items_domainip_color[i].update(all_items_color[i])
pprint(items_domainip_color)
zbix.graph_create(name=f"{it.name}_{it.url[0]}",
gitems=items_domainip_color)
# 后端真实主机监控
items_real = (zbix.item_get(name=_) for _ in it.real_host)
# realend_items = [
# {'itemid': item.get('itemid'), 'yaxisside': 1 if "health_code" in item.get('name') else 0}
# for i in items_real for item in i]
yaxisside_code = lambda x: 0 if "health_code" in x else 1
drawtype_code = lambda x: 5 if "health_code" in x else 1
realend_items = [{
'itemid': item.get('itemid'),
'yaxisside': yaxisside_code(item.get('name')),
'drawtype': drawtype_code(item.get('name'))
} for i in items_real for item in i
if item.get('name').startswith('real')]
real_end_color = [{
"color": _
} for _ in zbix.choose_color[:len(realend_items)]]
for i in range(len(realend_items)):
realend_items[i].update(real_end_color[i])
zbix.graph_create(name=f"realend_{it.name}_{it.url[0]}",
gitems=realend_items)
except Exception as e:
print(e)
pass