CN108933698B - Short message alarm system and method for abnormity - Google Patents
Short message alarm system and method for abnormity Download PDFInfo
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- CN108933698B CN108933698B CN201810732905.6A CN201810732905A CN108933698B CN 108933698 B CN108933698 B CN 108933698B CN 201810732905 A CN201810732905 A CN 201810732905A CN 108933698 B CN108933698 B CN 108933698B
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- 238000000034 method Methods 0.000 title claims abstract description 21
- 230000002159 abnormal effect Effects 0.000 claims abstract description 28
- 230000006870 function Effects 0.000 claims description 30
- 238000012544 monitoring process Methods 0.000 claims description 9
- 238000004891 communication Methods 0.000 claims description 8
- 238000001914 filtration Methods 0.000 claims description 7
- 238000012360 testing method Methods 0.000 claims description 6
- 238000012795 verification Methods 0.000 claims description 3
- 238000010586 diagram Methods 0.000 description 5
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/06—Management of faults, events, alarms or notifications
- H04L41/0631—Management of faults, events, alarms or notifications using root cause analysis; using analysis of correlation between notifications, alarms or events based on decision criteria, e.g. hierarchy, tree or time analysis
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/12—Messaging; Mailboxes; Announcements
- H04W4/14—Short messaging services, e.g. short message services [SMS] or unstructured supplementary service data [USSD]
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Abstract
The invention provides a system and a method for alarming aiming at abnormal short messages, wherein a switch for triggering the sending of warning messages is arranged, keywords are filtered in a LOG of LOG, when the conditions of overhigh temperature, CUP and/or overhigh memory utilization rate are inquired, warning message codes are obtained to be matched in a warning database, and if the matching is successful, an instruction is sent to the switch to call the warning messages for triggering the sending of the short messages. The invention is suitable for all systems which want to send the warning information by using the short message mode, has wide application range, uses the warning information code, improves the warning speed compared with directly obtaining the warning information, has more timeliness compared with the mode of mail notification, and can be used by double insurance of the mail notification and the short message notification mode, thereby improving the safety.
Description
Technical Field
The invention relates to the technical field of computers, in particular to a system and a method for alarming aiming at abnormal short messages.
Background
When the overall temperature of the equipment is too high, the equipment is down; the CPU memory can cause the system to be slow, and the service operation is blocked; when the hard disk is in an over-high temperature state, the service life of the hard disk is reduced, and even data loss may be caused. The abnormal conditions can be known in time and can be treated immediately, which brings great convenience. The short message is a communication mode with timeliness, and can be informed in place more quickly.
Disclosure of Invention
Based on the problem of untimely alarm in the prior art, the invention provides a system and a method for alarming against abnormal short messages, which establish an SMS short message communication platform by utilizing the China network and provide another alarm mode except mail notification.
The invention provides the following technical scheme:
a system for alarming for an abnormal short message, the system comprising:
the debugging module is used for registering a user in the platform, filling an interface key during registration, recording related information, sending an interface address, testing whether a short message can be successfully sent or not, and adjusting parameters according to different return values;
the verification module is used for searching a required calling example in the platform, integrating the code into the system code, debugging, detecting whether a function for sending the warning information can be normally called or not when an abnormal condition is detected, whether a short message can be normally sent or received or not and verifying whether the function is normal or not; the trigger module is used for setting a switch for triggering the sending of the warning information, filtering keywords in a LOG LOG, acquiring a first warning information code when the use condition of overhigh equipment temperature, CUP and/or overhigh memory utilization rate is inquired, matching the first warning information code with the warning information code in the warning database module if the acquisition is successful, acquiring the warning information corresponding to the first warning information code if the matching is successful, sending an instruction to the switch, and calling a triggering short message to send the first warning information; if the acquisition fails, a warning information code of the current warning information is newly established, stored in a warning database, and an instruction is sent to a switch to call a trigger short message to send the warning information;
the dynamic monitoring module is used for dynamically monitoring the service condition of the equipment after acquiring the warning information code, acquiring a second warning information code when a new abnormity occurs, and replacing the first warning information code with the second warning information code;
a warning database for storing warning information codes uniquely indicating the warning information.
The variable name of the encryption parameter interface Key is KeyMD5, and KeyMD5 is interface Key 32-bit MD5 encryption.
Wherein, GBK encodes and sends the interface address: http:// gbk.sms.webchain.cn/? 8888, the user name and Key of the station are interface security Key and smsMob are mobile phone number and smsText.
Wherein, successful receiving of the short message indicates that the platform has been called.
Wherein the abnormal condition is: excessive device temperature, CUP, and/or memory utilization.
A method for abnormal short message alerting, the method comprising:
103, setting a switch for triggering sending of warning information, filtering keywords in a LOG of LOG, acquiring a first warning information code when the service condition that the temperature of equipment is too high, the utilization rate of CUP and/or a memory is too high is inquired, matching the first warning information code with the warning information code in a warning database module if the acquisition is successful, acquiring warning information corresponding to the first warning information code if the matching is successful, sending an instruction to the switch, and calling a triggering short message to send the first warning information; if the acquisition fails, a warning information code of the current warning information is newly established, stored in a warning database, and an instruction is sent to a switch to call a trigger short message to send the warning information; a warning database for storing warning information codes uniquely indicating the warning information;
and 104, dynamically monitoring the service condition of the equipment after acquiring the warning information codes, acquiring second warning information codes when new abnormity occurs, and replacing the first warning information codes with the second warning information codes.
The variable name of the encryption parameter interface Key is KeyMD5, and KeyMD5 is interface Key 32-bit MD5 encryption.
Wherein, GBK encodes and sends the interface address: http:// gbk.sms.webchain.cn/? 8888, the user name and Key of the station are interface security Key and smsMob are mobile phone number and smsText.
Wherein, successful receiving of the short message indicates that the platform has been called.
Wherein the abnormal condition is: excessive device temperature, CUP, and/or memory utilization.
The invention provides a system and a method for alarming aiming at abnormal short messages, wherein a switch for triggering the sending of warning messages is arranged, keywords are filtered in a LOG of LOG, when the conditions of overhigh temperature, CUP and/or overhigh memory utilization rate are inquired, warning message codes are obtained to be matched in a warning database, and if the matching is successful, an instruction is sent to the switch to call the warning messages for triggering the sending of the short messages. The invention is suitable for all systems which want to send the warning information by using the short message mode, has wide application range, uses the warning information code, improves the warning speed compared with directly obtaining the warning information, has more timeliness compared with the mode of mail notification, and can be used by double insurance of the mail notification and the short message notification mode, thereby improving the safety.
Drawings
FIG. 1 is a block diagram of the overall architecture of the system of the present invention;
FIG. 2 is a block diagram of the system architecture of the present invention;
fig. 3 is a flow chart of the method of the present invention.
Detailed Description
In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings needed to be used in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art that other drawings can be obtained according to the drawings without creative efforts.
When the device encounters an abnormal condition, the device sends an alarm in a short message sending mode, and the method comprises the following steps: (1) the webservice interface is used for sending the mobile phone short message, and the mobile phone short message can be sent by using the webservice provided by the sina, but needs to be registered; (2) sending the short message by using a short message mao mode, wherein the mode is relatively common, and the premise is that hardware equipment needs to be purchased; (3) the SMS short message platform provided by the Chinese network is used. The invention provides a short message alarm design scheme for the conditions of high equipment temperature, over-high CUP utilization rate, over-high memory utilization rate and the like by establishing an SMS short message service platform through a Chinese network.
Firstly, registering a China network to build an SMS short message communication platform, debugging a secret key and a related interface, inputting a target mobile phone number, communicating a system with the China network built SMS short message communication platform, and integrating a code; then, a switch for triggering the sending of the warning message is arranged on the device, such as: and inquiring keywords in the LOG LOG, and when the conditions that the temperature is too high, and the CUP or the memory utilization rate is too high are inquired, sending an instruction to a switch to trigger short message sending. And the manager can know the equipment condition in time so as to take measures.
The embodiment of the invention provides a system for alarming against abnormal short messages, wherein the attached figure 1 is a general structural block diagram of the system, and the attached figure 2 is a structural block diagram of the system; the method comprises the following steps:
the debugging module is used for registering a user in the platform, filling an interface key during registration, recording related information, sending an interface address, testing whether a short message can be successfully sent or not, and adjusting parameters according to different return values;
and establishing an SMS short message service platform in the China network to register the user, and recording the account number and the password. If the interface Key filled in during registration (the interface Key can be modified by the user platform), if the encryption parameters are needed, the Key variable name is changed into KeyMD5, and KeyMD5 is encrypted by 32-bit MD5, which is in capital writing. Recording the relevant information can send the interface address, and the format is as follows: GBK encoded transmit interface address: http:// gbk.sms.webchain.cn/? 8888, the user name and Key of the station are interface security Key and smsMob are mobile phone number and smsText. Therefore, the short message can be tested and whether the short message can be successfully sent or not can be tested. And adjusting the parameters according to different return values. The return value information is shown in the following table:
and the verification module is used for searching a required calling example in the platform, integrating the code into the system code, debugging, detecting whether a function for sending the warning information can be normally called or not when an abnormal condition is detected, whether a short message can be normally sent or received or not and verifying whether the function is normal or not.
Wherein the abnormal condition is: excessive device temperature, CUP, and/or memory utilization.
After the short message is successfully received, the called Chinese network can establish the SMS short message platform. The platform may be searched for the desired call instance to incorporate code into the system code. And debugging is carried out, whether the function for sending the warning information can be normally called when an abnormal condition is met is judged, whether the short message can be normally sent and received is judged, and whether the function is normal is verified. An example of a search in the platform call is as follows:
ASP Call example:
<％
' common function
' input url target web page address, return value getHTTPPage is html code of target web page
function getHTTPPage(url)
dim Http
set Http＝server.createobject("MSXML2.XMLHTTP")
Http.open"GET",url,false
Http.send()
if Http.readystate<>4then
exit function
end if
getHTTPPage＝bytesToBSTR(Http.responseBody,"GB2312")
set http＝nothing
if err.number<>0then err.Clear
end function
Function BytesToBstr(body,Cset)
dim objstream
set objstream＝Server.CreateObject("adodb.stream")
objstream.Type＝1
objstream.Mode＝3
objstream.Open
objstream.Write body
objstream.Position＝0
objstream.Type＝2
objstream.Charset＝Cset
BytesToBstr＝objstream.ReadText
objstream.Close
set objstream＝nothing
End Function
' URL submitted by self-assembly is added into own account and password
sms _ url ═ http:// sms. Uid account number and Key interface Key and smsMob mobile phone number
And smsText ═ authentication code: 8888"
response.write getHTTPPage(sms_url)
％>
C # Call:
// namespace required to use
using System.Net；
using System.IO；
using System.Text；
The function only needs to be passed the assembled URL when called. Judging the return value
public string GetHtmlFromUrl(string url)
{
string strRet＝null；
if(url＝＝null||url.Trim().ToString()＝＝"")
{
return strRet；
}
string targeturl＝url.Trim().ToString()；
try
{
HttpWebRequest hr＝(HttpWebRequest)WebRequest.Create(targeturl)；
hr.UserAgent＝"Mozilla/4.0(compatible；MSIE 6.0；Windows NT 5.1)"；
hr.Method＝"GET"；
hr.Timeout＝30*60*1000；
WebResponse hs＝hr.GetResponse()；
Stream sr＝hs.GetResponseStream()；
StreamReader ser＝new StreamReader(sr,Encoding.Default)；
strRet＝ser.ReadToEnd()；
}
catch(Exception ex)
{
strRet＝null；
}
return strRet；
}
The trigger module is used for setting a switch for triggering the sending of the warning information, filtering keywords in a LOG LOG, acquiring a first warning information code when the use condition of overhigh equipment temperature, CUP and/or overhigh memory utilization rate is inquired, matching the first warning information code with the warning information code in the warning database module if the acquisition is successful, acquiring the warning information corresponding to the first warning information code if the matching is successful, sending an instruction to the switch, and calling a triggering short message to send the first warning information; if the acquisition fails, a warning information code of the current warning information is newly established, stored in a warning database, and an instruction is sent to a switch to call a trigger short message to send the warning information;
a switch is provided which triggers the sending of the warning message. Keywords can be filtered in the LOG LOG, and when the conditions of overhigh temperature, CUP or overhigh memory utilization rate are inquired, an instruction is sent to the switch, and a triggering short message is called to send warning information.
The dynamic monitoring module is used for dynamically monitoring the service condition of the equipment after acquiring the warning information code, acquiring a second warning information code when a new abnormity occurs, and replacing the first warning information code with the second warning information code;
when a new exception occurs, the new exception is generally considered to be the current main exception, the main exception is replaced with the previous exception, and if the new exception is not the main exception, the replacement is not performed, but the two exceptions are sent together.
A warning database for storing warning information codes uniquely indicating the warning information.
The invention provides a system for alarming by aiming at abnormal short messages, which is characterized in that a switch for triggering the sending of warning messages is arranged, keywords are filtered in a LOG LOG, when the conditions of overhigh temperature, CUP and/or overhigh memory utilization rate are inquired, warning message codes are obtained to be matched in a warning database, and if the matching is successful, an instruction is sent to the switch to call the warning messages for triggering the sending of the short messages. The invention is suitable for all systems which want to send the warning information by using the short message mode, has wide application range, uses the warning information code, improves the warning speed compared with directly obtaining the warning information, has more timeliness compared with the mode of mail notification, and can be used by double insurance of the mail notification and the short message notification mode, thereby improving the safety.
The embodiment of the invention provides a method for alarming against abnormal short messages, wherein the attached figure 1 is a general structure block diagram of a system of the invention, and figure 3 is a flow chart of the method of the invention, which comprises the following steps:
and establishing an SMS short message service platform in the China network to register the user, and recording the account number and the password. If the interface Key filled in during registration (the interface Key can be modified by the user platform), if the encryption parameters are needed, the Key variable name is changed into KeyMD5, and KeyMD5 is encrypted by 32-bit MD5, which is in capital writing. Recording the relevant information can send the interface address, and the format is as follows: GBK encoded transmit interface address: http:// gbk.sms.webchain.cn/? 8888, the user name and Key of the station are interface security Key and smsMob are mobile phone number and smsText. Therefore, the short message can be tested and whether the short message can be successfully sent or not can be tested. And adjusting the parameters according to different return values. The return value information is shown in the following table:
Wherein the abnormal condition is: excessive device temperature, CUP, and/or memory utilization.
After the short message is successfully received, the called Chinese network can establish the SMS short message platform. The platform may be searched for the desired call instance to incorporate code into the system code. And debugging is carried out, whether the function for sending the warning information can be normally called when an abnormal condition is met is judged, whether the short message can be normally sent and received is judged, and whether the function is normal is verified. An example of a search in the platform call is as follows:
ASP Call example:
<％
' common function
' input url target web page address, return value getHTTPPage is html code of target web page
function getHTTPPage(url)
dim Http
set Http＝server.createobject("MSXML2.XMLHTTP")
Http.open"GET",url,false
Http.send()
if Http.readystate<>4then
exit function
end if
getHTTPPage＝bytesToBSTR(Http.responseBody,"GB2312")
set http＝nothing
if err.number<>0then err.Clear
end function
Function BytesToBstr(body,Cset)
dim objstream
set objstream＝Server.CreateObject("adodb.stream")
objstream.Type＝1
objstream.Mode＝3
objstream.Open
objstream.Write body
objstream.Position＝0
objstream.Type＝2
objstream.Charset＝Cset
BytesToBstr＝objstream.ReadText
objstream.Close
set objstream＝nothing
End Function
' URL submitted by self-assembly is added into own account and password
sms _ url ═ http:// sms. Uid account number and Key interface Key and smsMob mobile phone number
And smsText ═ authentication code: 8888"
response.write getHTTPPage(sms_url)
％>
C # Call:
// namespace required to use
using System.Net；
using System.IO；
using System.Text；
The function only needs to be passed the assembled URL when called. Judging the return value
public string GetHtmlFromUrl(string url)
{
string strRet＝null；
if(url＝＝null||url.Trim().ToString()＝＝"")
{
return strRet；
}
string targeturl＝url.Trim().ToString()；
try
{
HttpWebRequest hr＝(HttpWebRequest)WebRequest.Create(targeturl)；
hr.UserAgent＝"Mozilla/4.0(compatible；MSIE 6.0；Windows NT 5.1)"；
hr.Method＝"GET"；
hr.Timeout＝30*60*1000；
WebResponse hs＝hr.GetResponse()；
Stream sr＝hs.GetResponseStream()；
StreamReader ser＝new StreamReader(sr,Encoding.Default)；
strRet＝ser.ReadToEnd()；
}
catch(Exception ex)
{
strRet＝null；
}
return strRet；
}
103, setting a switch for triggering sending of warning information, filtering keywords in a LOG of LOG, acquiring a first warning information code when the service condition that the temperature of equipment is too high, the utilization rate of CUP and/or a memory is too high is inquired, matching the first warning information code with the warning information code in a warning database module if the acquisition is successful, acquiring warning information corresponding to the first warning information code if the matching is successful, sending an instruction to the switch, and calling a triggering short message to send the first warning information; if the acquisition fails, a warning information code of the current warning information is newly established, stored in a warning database, and an instruction is sent to a switch to call a trigger short message to send the warning information;
a switch is provided which triggers the sending of the warning message. Keywords can be filtered in the LOG LOG, and when the conditions of overhigh temperature, CUP or overhigh memory utilization rate are inquired, an instruction is sent to the switch, and a triggering short message is called to send warning information.
A warning database for storing warning information codes uniquely indicating the warning information.
when a new exception occurs, the new exception is generally considered to be the current main exception, the main exception is replaced with the previous exception, and if the new exception is not the main exception, the replacement is not performed, but the two exceptions are sent together.
The invention provides a method for alarming aiming at abnormal short messages, which comprises the steps of setting a switch for triggering the sending of warning messages, filtering keywords in a LOG LOG, acquiring warning message codes to be matched in a warning database when the conditions of overhigh temperature, CUP and/or overhigh memory utilization rate are inquired, sending an instruction to the switch when the matching is successful, and calling the warning messages for triggering the sending of the short messages. The invention is suitable for all systems which want to send the warning information by using the short message mode, has wide application range, uses the warning information code, improves the warning speed compared with directly obtaining the warning information, has more timeliness compared with the mode of mail notification, and can be used by double insurance of the mail notification and the short message notification mode, thereby improving the safety.
The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.
Claims (8)
1.A system for alarming aiming at abnormal short messages is characterized in that: the system comprises:
the debugging module is used for registering a China network to build an SMS short message communication platform, debugging through a secret key and a related interface, inputting a target mobile phone number, communicating with the China network to build the SMS short message communication platform and integrating a code; recording related information, sending an interface address, testing whether the short message can be successfully sent or not, and adjusting parameters according to different return values;
the verification module is used for searching a required calling example in the platform, integrating the code into the system code, debugging, detecting whether a function for sending the warning information can be normally called or not when an abnormal condition is detected, whether a short message can be normally sent or received or not, and verifying whether the function is normal or not;
the trigger module is used for setting a switch for triggering the sending of the warning information, filtering keywords in a LOG LOG, acquiring a first warning information code when the use condition of overhigh equipment temperature, CUP and/or overhigh memory utilization rate is inquired, matching the first warning information code with the warning information code in the warning database module if the acquisition is successful, acquiring the warning information corresponding to the first warning information code if the matching is successful, sending an instruction to the switch, and calling a triggering short message to send the first warning information; if the acquisition fails, a warning information code of the current warning information is newly established, stored in a warning database, and an instruction is sent to a switch to call a trigger short message to send the warning information;
the dynamic monitoring module is used for dynamically monitoring the service condition of the equipment after acquiring the warning information code, acquiring a second warning information code when a new abnormity occurs, and replacing the first warning information code with the second warning information code;
a warning database for storing warning information codes uniquely indicating the warning information.
2. The system of claim 1, wherein: encryption parameter interface Key variable name KeyMD5, KeyMD5 ═ interface Key 32 bit MD5 encryption is required.
3. The system of claim 1, wherein: GBK encoded transmit interface address: http:// gbk.sms.webchain.cn/? 8888, the user name and Key of the station are interface security Key and smsMob are mobile phone number and smsText.
4. The system of claim 1, wherein: the abnormal condition is as follows: excessive device temperature, CUP, and/or memory utilization.
5. A method for alarming aiming at abnormal short messages is characterized in that: the method comprises the following steps:
step 101, registering a China network to build an SMS short message communication platform, debugging a secret key and a related interface, inputting a target mobile phone number, communicating with the China network built SMS short message communication platform, and integrating a code; recording related information, sending an interface address, testing whether the short message can be successfully sent or not, and adjusting parameters according to different return values;
step 102, searching a required calling example in a platform, integrating a code into a system code, debugging, detecting whether a function for sending warning information can be normally called or not when an abnormal condition is detected, whether a short message can be normally sent or received or not, and verifying whether the function is normal or not;
103, setting a switch for triggering sending of warning information, filtering keywords in a LOG of LOG, acquiring a first warning information code when the service condition that the temperature of equipment is too high, the utilization rate of CUP and/or a memory is too high is inquired, matching the first warning information code with the warning information code in a warning database module if the acquisition is successful, acquiring warning information corresponding to the first warning information code if the matching is successful, sending an instruction to the switch, and calling a triggering short message to send the first warning information; if the acquisition fails, a warning information code of the current warning information is newly established, stored in a warning database, and an instruction is sent to a switch to call a trigger short message to send the warning information; a warning database for storing warning information codes uniquely indicating the warning information;
and 104, dynamically monitoring the service condition of the equipment after acquiring the warning information codes, acquiring second warning information codes when new abnormity occurs, and replacing the first warning information codes with the second warning information codes.
6. The method of claim 5, wherein: encryption parameter interface Key variable name KeyMD5, KeyMD5 ═ interface Key 32 bit MD5 encryption is required.
7. The method of claim 5, wherein: GBK encoded transmit interface address: http:// gbk.sms.webchain.cn/? 8888, the user name and Key of the station are interface security Key and smsMob are mobile phone number and smsText.
8. The method of claim 5, wherein: the abnormal condition is as follows: excessive device temperature, CUP, and/or memory utilization.
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