CN102694871A - Device and method for remote monitoring and fault handling of server based on mobile phone short message - Google Patents

Abstract

The invention discloses a device and a method for server remote monitoring and fault processing based on a mobile phone short message, which aim to solve the problems that ports of various application services in a server cannot be monitored and faults cannot be remotely processed by using a mobile phone in the prior art. The monitoring and fault processing device comprises a local area network, a short message modem, a mobile network and a mobile phone, wherein the mobile phone terminal is used for receiving an alarm short message and sending the short message to a monitoring server through the mobile network and the short message modem. The monitoring and fault processing method collects the states of the server and various services in real time through the monitoring program, and when the abnormal state is collected, the monitoring program automatically sends the alarm short message to a specified mobile phone through the short message platform and the short message modem by using a mobile network. The device has no client, can monitor a plurality of servers in the local area network by only one server, and has the characteristics of low price, strong practicability, convenient use and the like.

Description

Device and method for remote monitoring and fault handling of server based on mobile phone short message

technical field

The invention relates to the field of server monitoring, in particular to a device and method for remotely monitoring a server and troubleshooting by using a mobile phone short message.

Background technique

Once there is a problem with various application services of the server, such as WEB service, FTP service, remote desktop, DNS, database, video service, etc., the problem will not be discovered until the user uses the service, and it is often difficult for technicians to grasp it immediately This will seriously affect user access and service quality, and if it is a particularly critical service, it may cause huge economic losses.

At present, the main monitoring method is that the network administrator is on duty next to the monitoring machine, and uses ping or SNMP-based network management software to monitor the on-off status of the remote server and the survival status of the service port in real time. . There are also some websites that provide monitoring functions, generally providing real-time monitoring of WEB websites, FTP servers, and DNS servers, but they all use free email reminders.

The problems of the above methods are as follows: 1. It is impossible for technicians to receive emails anytime and anywhere, so they cannot find and deal with problems in time. solving issues. 3. The mobile phone cannot be used to remotely handle server failures.

Mobile phones have become a necessity of life at present, and text messages are used more frequently, so it is completely possible to use mobile phones to monitor the operating status of computers in real time. At present, there are also related methods of using mobile phones to monitor computers. Using a third-party short message platform to realize a remote monitoring system for computers requires real-time monitoring software to be installed on the computer side. Only one computer can be monitored, and the process of the computer is monitored. This method has the following problems: 1. It is impossible to monitor the ports of various application services in the server, 2. If the number of servers is large, the deployment is cumbersome and inefficient, and 3. It is impossible to use mobile phones to remotely handle faults.

Contents of the invention

The purpose of the present invention is to propose a device for remote monitoring and fault handling of a server based on mobile phone short messages.

Another object of the present invention is to propose a method for remote monitoring and fault handling of servers based on mobile phone short messages, so as to solve the problems in the prior art that the ports of various application services in the server cannot be monitored and the faults cannot be remotely handled by mobile phones.

A device for remote monitoring and troubleshooting of servers based on mobile phone short messages, including a local area network, a short message modem, a mobile network, and a mobile phone. The local area network is composed of a monitored server and a monitoring server, and the short message modem is connected to the monitoring server. SMS modem is connected to the mobile terminal through the mobile network;

The monitoring server is used to send the abnormal situation to the mobile terminal through the SMS modem and the mobile network and receive and execute the operation instruction;

The mobile terminal is used to receive alarm messages and send messages to the monitoring server through the mobile network and SMS modem.

The monitoring program collects server status data in real time, including server network online status and network speed, WEB service status, FTP status, database service status, remote desktop service status, DNS service status, etc. All application services and monitoring programs that can be monitored through ports Send alarm text messages to designated mobile phones through the text message module, text message platform and mobile network.

A method for remote monitoring and troubleshooting of a server based on mobile phone short messages, characterized in that it comprises the following steps:

A. In the monitoring program, set parameters such as mobile phone number, detection interval time, sending short message interval time, and alarm prompts;

B. The monitoring program scans and collects the application service port data of the monitored server. If abnormal data is detected, it will automatically record the abnormal information and immediately send an alarm message to the designated mobile phone through the SMS platform, SMS modem, and mobile network;

C. The designated mobile phone receives the alarm message, and replies to the operation command message through the message platform, message modem, and mobile network;

D. The monitoring program in the monitoring server receives the text message and executes the corresponding fault handling instruction according to the content of the text message. After executing the instruction, the monitoring program sends the instruction execution result to the designated mobile phone through the SMS platform, SMS modem, and mobile network; (restart, close) Query and fault handling are separated, and the fault is only processed when an abnormal situation is found in the query;

E. If no abnormal data is detected, the monitoring program will automatically query the last abnormal information. If the same abnormal information exists last time, the system will send the system recovery SMS to the designated mobile phone through the SMS platform, SMS modem, and mobile network; if the same abnormal information last time If the information does not exist, continue to scan and collect data;

F. The designated mobile phone sends query instruction text messages to the monitoring server through the SMS platform, SMS modem, and mobile network. The monitoring program receives the text message and executes the corresponding query command according to the content of the text message, and sends the text message of the query result through the SMS platform, SMS modem, and mobile network. to the specified mobile phone.

There are three types of server commands controlled by technicians:

Restart the server: the format of the command is: server IP+server user name+server password+identification number+reboot, after the monitoring server receives the command, call the program to immediately execute the command to restart the server;

Shut down the server: the format of the command is: server IP + server user name + server password + identification number + shutdown, after the monitoring server receives the command, it will call the program to immediately execute the command to shut down the server;

Query server status: The format of the command is: server IP+port number. After the monitoring server receives the command, it will call the program to immediately execute the command to query the server status, and send the query result to the designated mobile phone;

The monitoring program collects the status of the server and various services in real time, and receives the instructions sent by the mobile phone SMS; the SMS modem is an industrial-grade GSM MODEM, which is connected to the computer through a serial port and can be controlled by AT commands to send and receive SMS equipment; SMS platform Adopting the platform of Beijing Noah Schindler Technology Co., Ltd., it is a set of short message management system, which can carry out secondary development; mobile network refers to any one of GSM, GPRS, EDGE or CDMA wireless data communication network; mobile terminal can send and receive Ordinary mobile phone for SMS, no need to install any software.

The present invention collects the status of the server and various services in real time through the monitoring program, whether the monitoring server is disconnected and the monitoring network speed is to execute the Ping command through the PHP built-in function exec to collect network data; the status of various application services is built in PHP through the SOCKET protocol The function fsockopen is used to simulate the HTTP connection; when an abnormal state is collected, the monitoring program will automatically send the alarm message to the designated mobile phone via the SMS platform and SMS modem through the mobile network. Technicians write relevant instructions and send them to the SMS platform of the monitoring server by SMS. The monitoring program reads the operating instructions on the SMS platform and executes the instructions, thereby completing operations such as restarting and shutting down the monitored server of the LAN, and status inquiry. The content of the alarm includes IP address, service name, time, method and so on.

The main differences between the present invention and the prior art are: 1. The monitored objects and contents are different. The prior art utilizes the network video monitored by the network video monitoring device of the cell phone short message alarm, and the alarm occurs in the video and then the text message is sent to the management personnel, which cannot handle the fault and cannot inquire about the status. And the present invention is the server of monitoring, after the application in the server breaks down, send short message to report to the police.

The present invention does not need to carry a computer, and the mobile phone can monitor multiple servers in real time and send alarm information to multiple mobile phones in 24 hours, monitor the status of the server anytime and anywhere, and directly use mobile phone short messages to deal with faults, so as to ensure the normal and stable operation of key services and avoid If the server fails and cannot be solved in time, it will cause huge economic losses, further improve the emergency response speed to solve the server failure, and minimize the loss caused by the server failure. This device has no client, and only needs one server to monitor multiple servers in the local area network. It has the characteristics of low price, strong practicability, and convenient use. the

Description of drawings

Fig. 1 is the structural representation of the device of server remote monitoring and fault handling based on mobile phone short message;

Fig. 2 is a flow chart of a method for remote monitoring and troubleshooting of a server based on mobile phone short messages.

Detailed ways

The following examples further illustrate the invention, but do not limit it in any way.

As shown in Figure 1, server 1, server 2 to server N are monitored servers, running Apache, IIS, Sql server, bind, serv-U and other software systems, monitoring server 3 is installed with monitoring programs, and several are monitored The server and a monitoring server form a local area network 2 . The operating system installed on the monitoring server and the monitored server is not limited. The monitoring program collects the status of the server and various services in real time, and receives the instructions sent by the mobile phone text message; the SMS modem 4 is connected to the monitoring server 3, which is an industrial-grade GSM MODEM, which is connected to the computer through the serial port and can be controlled by AT commands to send text messages. Sending and receiving equipment; the short message platform is installed on the monitoring server 3, using the platform of Beijing Noah Schindler Technology Co., Ltd., which is a set of short message management system, which can carry out secondary development; the mobile network 5 refers to GSM, GPRS, EDGE or CDMA Any one or combination of wireless data communication networks; the mobile phone terminal 6 is an ordinary mobile phone capable of sending and receiving short messages, without installing any special software.

The control method of this system is:

Step 100: Set parameters such as the user's mobile phone number, detection interval, short message interval, and alarm prompt in the monitoring server 3 .

Step 101: In the local area network 2, the monitoring program in the monitoring server 3 scans and collects data from the monitored server 1, server 2 to server N.

Step 102: Monitor whether there is abnormal data. If yes, go to step 104; if no, go to step 103.

Step 104: Automatically record exception information.

Step 106: The monitoring program sends an alarm message to the designated mobile phone 6 through the SMS platform, the SMS modem 4, and the mobile network 5.

Step 108: After the designated mobile phone 6 receives the alarm text message, the technician replies the operation instruction text message and sends it to the monitoring program in the monitoring server 3 through the mobile network 5, SMS modem 4, and SMS platform.

Step 110: The monitoring program in the monitoring server 3 receives the short message and executes corresponding instructions according to the content of the short message.

Step 111: After the instruction is executed, the monitoring program sends the execution result of the instruction to the designated mobile phone 6 through the SMS platform, the SMS modem 4 and the mobile network 5 .

Step 103: The monitoring program automatically queries the last abnormal information record.

Step 105: Monitor whether the same abnormal information last time exists. If yes, go to step 107; if no, go to step 101.

Step 107: The monitoring program sends a system recovery SMS to the designated mobile phone 6 through the SMS platform, SMS modem 4 and mobile network 5 .

Step 109: The technician sends a query instruction text message through the designated mobile phone 6 to the monitoring program in the monitoring server 3 through the mobile network 5, SMS modem 4, and SMS platform.

There are three types of server commands controlled by technicians:

Restart the server: the format of the command is: server IP+server user name+server password+identification number+reboot, after the monitoring server receives the command, call the program to immediately execute the command to restart the server;

Shut down the server: the format of the command is: server IP + server user name + server password + identification number + shutdown, after the monitoring server receives the command, it will call the program to immediately execute the command to shut down the server;

Query server status: The format of the command is: server IP+port number. After the monitoring server receives the command, it will call the program to immediately execute the command to query the server status, and send the query result to the designated mobile phone.

Claims (2)

1. A device for remote monitoring and troubleshooting of servers based on mobile phone text messages, including local area network, SMS modem, mobile network, mobile phone, It is characterized in that: the local area network is composed of a monitored server and a monitoring server, the short message modem is connected to the monitoring server, and the short message modem is connected with a mobile phone terminal through a mobile network; The monitoring server is used to send the abnormal situation to the mobile terminal through the SMS modem and the mobile network and receive and execute the operation instruction; The mobile terminal is used to receive alarm messages and send messages to the monitoring server through the mobile network and SMS modem. 2. A method for server remote monitoring and troubleshooting based on mobile phone text messages, characterized in that it comprises the steps: A. In the monitoring program, set parameters such as mobile phone number, detection interval time, sending short message interval time, and alarm prompts; B. The monitoring program scans and collects the application service port data of the monitored server. If abnormal data is detected, it will automatically record the abnormal information and immediately send an alarm message to the designated mobile phone through the SMS platform, SMS modem, and mobile network; C. The designated mobile phone receives the alarm message, and replies to the operation command message through the message platform, message modem, and mobile network; D. The monitoring program in the monitoring server receives the text message and executes the corresponding fault handling instruction according to the content of the text message. After executing the instruction, the monitoring program sends the instruction execution result to the designated mobile phone through the SMS platform, SMS modem, and mobile network; E. If no abnormal data is detected, the monitoring program will automatically query the last abnormal information. If the same abnormal information exists last time, the system will send the system recovery SMS to the designated mobile phone through the SMS platform, SMS modem, and mobile network; if the same abnormal information last time If the information does not exist, continue to scan and collect data; F. The designated mobile phone sends query instruction text messages to the monitoring server through the SMS platform, SMS modem, and mobile network. The monitoring program receives the text message and executes the corresponding query command according to the content of the text message, and sends the text message of the query result through the SMS platform, SMS modem, and mobile network. to the specified mobile phone.

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