CN116132338A - Application monitoring analysis platform based on network and flow analysis - Google Patents
Application monitoring analysis platform based on network and flow analysis Download PDFInfo
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Abstract
The invention provides an application monitoring analysis platform based on network and flow analysis, and relates to the technical field of computer network data processing. The platform comprises a key information collection module, an application monitoring analysis system and a system interface, wherein the key information collection module is used for collecting key information, an application topological structure and the system interface are constructed according to the key information collected by the key information collection module, and application deployment key nodes are completely displayed by the system interface; the system interface will fully display all terminal devices through which transaction data flows in the application monitoring and analyzing system. The system information distributed in the departments of network, system, application and the like can be integrated through the network information data, the network data flow direction information of the application monitoring analysis system is developed by a platform, the flow direction of each application monitoring analysis system is intuitively displayed, operation and maintenance support personnel can use the system conveniently, network fault reasons can be primarily analyzed without going to the site, and the working efficiency is improved.
Description
Technical Field
The invention relates to the technical field of computer network data processing, in particular to an application monitoring analysis platform based on network and flow analysis.
Background
At present, various applications inside banks are more and more, and the network structure of the application level is more and more complex. The deployment of an application often involves links such as a hardware server, a virtual machine, a database, middleware, routing exchange equipment, a firewall and the like, and the technologies and configuration information are often distributed in different technical departments, so that once the application is abnormal, the linkage of a plurality of departments such as an application, a system, a network and the like may be required to conduct the investigation of the application abnormality. The large-scale bank network is large in scale, the network investigation involves a plurality of nodes, the troubleshooting of business transaction is complicated, the technical professions are easy to be disjointed, and the problem location needs a long time.
Disclosure of Invention
Aiming at the defects of the prior art, the invention provides an application monitoring analysis platform based on network and flow analysis, which draws a data flow chart of the whole associated application by collecting information such as network equipment, an application server, middleware, IP addresses of databases, TCP/UDP ports, system logs and the like of key nodes deployed by bank applications, displays the network data flow of the application to operation and maintenance and technicians, simultaneously displays connectivity, system response success rate and response efficiency of each link of an application monitoring analysis system by flow analysis, monitoring and displaying, and simultaneously, sets an alarm mechanism according to the characteristics of each application monitoring analysis system, thereby being convenient for operation and maintenance personnel to monitor the daily application monitoring analysis system, facilitating the accurate positioning of application faults by the technicians and improving the fault recovery efficiency.
In order to achieve the above purpose, the invention is realized by the following technical scheme: the application monitoring analysis platform based on network and flow analysis comprises a key information collection module, an application monitoring analysis system and a system interface, wherein the application monitoring analysis system is connected with the key information collection module;
the key information collection module is used for collecting key information, an application topological structure and a system interface are constructed according to the key information collected by the key information collection module, and application deployment key nodes are completely displayed by the system interface;
the system interface is used for completely displaying all terminal equipment through which transaction data flows in the application monitoring analysis system, displaying the transaction flow direction in a vector diagram mode, and the application monitoring analysis system is used for carrying out abstract analysis on the communication protocol message header.
Preferably, the key information collecting module is used for collecting management IP addresses, interconnection IP addresses, management IP addresses and interconnection IP addresses of all terminal devices through which transaction data flows, VS addresses and service ports provided by front-end server load balancing equipment, real IP addresses and service ports of the front-end server, IP addresses of website self-service equipment, addresses of a back-end database and service ports;
the application topological structure comprises a network point self-service machine, a wide area network convergence layer network node, a local area network core layer network node, a local area network convergence layer network node, load balancing equipment, a front-end server and a back-end database;
the terminal equipment comprises network equipment of network points, convergence layer equipment of wide area network, core layer equipment of local area network and convergence layer equipment.
Preferably, the key information collection module collects network traffic flowing through the nodes by each application monitoring analysis system, transmits collected data to the traffic capturing device for integration and de-duplication, and then transmits the data to the application monitoring analysis system, and the application monitoring analysis system performs abstract analysis on the communication protocol message header;
the traffic capture device transmits data to the application monitoring analysis system in a file format of a cap.
Preferably, the application monitoring analysis system performs abstract analysis on the communication protocol message header, which includes picking data traffic corresponding to an application monitoring analysis system through communication quintuple information, then acquiring data such as communication initiation information, suspension information, connection information, response time delay, data retransmission rate, data misreporting rate, network bandwidth occupancy rate and the like of each node in network layer and transmission layer messages of the traffic, and generating conclusion on the health of the application monitoring analysis system, setting health threshold value, generating alarm information and reaching the capability of accurately positioning fault position through analysis on the information.
Preferably, the system further comprises a log analysis platform, and the log analysis platform forms a complete system monitoring and analysis system through analysis of the application monitoring analysis system log, the database log and the network equipment log.
Preferably, the application monitoring analysis system can judge whether a large amount of retransmission of the service data occurs according to the data retransmission rate in addition to the health judgment aiming at the response time delay, so as to guide operation and maintenance personnel to check the system capacity; whether the application monitoring analysis system is about to have bone faults or the possibility of being attacked by the network is judged according to whether the number of the semi-connections is greatly increased.
Preferably, an application monitoring analysis method based on network and flow analysis comprises the following steps:
the customer selects to replace a charging service menu to initiate transaction at a certain website of a bank, then transaction data is transmitted to a wide area network convergence layer network node of the bank through a website access network, the wide area network convergence layer network node transmits the transaction data to a local area network core layer network node, the local area network core layer network node forwards the transaction data to the local area network convergence layer network node, the transaction data is transmitted to front-end server load balancing equipment of the service, the load balancing equipment distributes the transaction data to the front-end server, the front-end server interacts with a rear-end database, and the front-end server returns a transaction result to the self-service machine operated by the customer to realize original return.
Preferably, the method comprises the following steps:
the unidirectional normal communication time delay of the website terminal where the self-service machine used by the customer accesses to the front-end server is 10ms, the processing time delay required by interaction of the front-end server and the rear-end database server and return of results is 2ms, the response generated by the self-service machine 22ms after the customer submits the transaction is normal to the response of the application monitoring analysis system, the early warning is generated when 22ms-25ms are set to be the normal response time delay threshold value of the application monitoring analysis system, the warning level is improved when the preset time delay threshold value is greater than 25ms, and after the warning is received by operation and maintenance personnel, the response time delay of each communication node can be checked through the system, so that the problem of the rise of the overall transaction time delay can be rapidly judged to be in which link;
the unidirectional normal communication delay comprises line transmission delay and network equipment forwarding delay.
The invention provides an application monitoring analysis platform based on network and flow analysis. The beneficial effects are as follows:
1. the invention can integrate the system information distributed in the departments of network, system, application, etc. only through the network information data.
2. According to the invention, through big data analysis and combination of network configuration and weblogs, a complete network data flow chart of the application monitoring analysis system is drawn.
3. According to the invention, platform development is carried out by combining with the network data flow direction information of the application monitoring analysis system, so that the flow direction of each application monitoring analysis system is intuitively displayed, the daily application monitoring analysis system is conveniently monitored by operation and maintenance personnel, and the application debugging is conveniently carried out by technical personnel.
4. According to the invention, the platform is introduced into the mobile terminal for display, so that the two-wire operation and maintenance support personnel can use the platform conveniently, the network fault cause can be primarily analyzed without going to the site, and the working efficiency is improved.
Drawings
FIG. 1 is a schematic diagram of a system of the present invention;
FIG. 2 is a transaction data flow diagram of the present invention;
FIG. 3 is a system interface diagram according to an embodiment of the present invention;
FIG. 4 is a system interface diagram according to an embodiment of the present invention;
FIG. 5 is a system interface diagram according to an embodiment of the invention.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
Examples:
1-5, the embodiment of the invention provides an application monitoring analysis platform based on network and flow analysis, which comprises a key information collection module, an application monitoring analysis system and a system interface, wherein the application monitoring analysis system is connected with the key information collection module;
the key information collection module is used for collecting key information, an application topological structure and a system interface are constructed according to the key information collected by the key information collection module, and application deployment key nodes are completely displayed by the system interface;
the system interface is used for completely displaying all terminal equipment through which transaction data flows in the application monitoring analysis system, displaying the transaction flow direction in a vector diagram mode, and the application monitoring analysis system is used for carrying out abstract analysis on the communication protocol message header.
The system interface is shown in figure 3 and comprises units such as counter, ATM, integrated service signing for public users and products, quotation, online banking, electronic industry and commerce, palm banking and the like.
Preferably, the key information collection module is used for collecting management IP addresses, interconnection IP addresses, management IP addresses and interconnection IP addresses of all terminal devices through which transaction data flows, VS addresses and service ports provided by front-end server load balancing equipment, real IP addresses and service ports of the front-end server, IP addresses of website self-service equipment, addresses of a back-end database and service ports;
the application topology structure comprises a network point self-service machine, a wide area network convergence layer network node, a local area network core layer network node, a local area network convergence layer network node, load balancing equipment, a front-end server and a back-end database;
the terminal equipment comprises network equipment of network points, convergence layer equipment of wide area network, core layer equipment of local area network and convergence layer equipment.
Preferably, the key information collection module collects network traffic flowing through the nodes of each application monitoring analysis system, transmits collected data to the traffic capturing equipment for integration and deduplication, and then transmits the data to the application monitoring analysis system, and the application monitoring analysis system performs abstract analysis on the communication protocol message header;
the traffic capture device transmits the data to the application monitoring analysis system in a file format of the cap.
Preferably, the application monitoring analysis system performs abstract analysis on the communication protocol message header, which includes picking data traffic corresponding to an application monitoring analysis system through communication quintuple information, then acquiring data such as communication initiation information, suspension information, connection information, response time delay, data retransmission rate, data misreporting rate, network bandwidth occupancy rate and the like of each node in network layer and transmission layer messages of the traffic, and setting a health threshold value and generating alarm information and reaching the capability of accurately positioning fault positions through analysis on the information.
Preferably, the system further comprises a log analysis platform, and the log analysis platform forms a complete system monitoring and analysis system through analysis of the application monitoring analysis system log, the database log and the network equipment log.
Preferably, the application monitoring analysis system can judge whether the service data are retransmitted in a large quantity according to the data retransmission rate besides judging the health of the response time delay, so as to guide operation and maintenance personnel to check the system capacity; whether the application monitoring analysis system is about to have bone faults or the possibility of being attacked by the network is judged according to whether the number of the semi-connections is greatly increased.
In one embodiment, a transaction process of a certain generation of fee-charging business comprises the following steps:
the customer selects to replace a charging service menu to initiate transaction at a certain website of a bank, then transaction data is transmitted to a wide area network convergence layer network node of the bank through a website access network, the wide area network convergence layer network node transmits the transaction data to a local area network core layer network node, the local area network core layer network node forwards the transaction data to the local area network convergence layer network node, the transaction data is transmitted to front-end server load balancing equipment of the service, the load balancing equipment distributes the transaction data to the front-end server, the front-end server interacts with a rear-end database, and the front-end server returns a transaction result to the self-service machine operated by the customer to realize the return of the original way.
The unidirectional normal communication time delay of the website terminal where the self-service machine used by the customer accesses to the front-end server is 10ms, the processing time delay required by interaction of the front-end server and the rear-end database server and return of results is 2ms, the response generated by the self-service machine 22ms after the customer submits the transaction is normal to the response of the application monitoring analysis system, the early warning is generated if the response time delay threshold is set to be 22ms-25ms and is greater than 25ms, the warning level is improved if the response time delay threshold is greater than 25ms, and after the operation and maintenance personnel receives the warning, the response time delay of each communication node can be checked through the system, so that the problem of the rise of the overall transaction time delay can be rapidly judged in which link specifically;
the unidirectional normal communication delay comprises a line transmission delay and a network device forwarding delay.
The invention can integrate the system information distributed in the departments of network, system, application, etc. by only using the network information data. According to the invention, through big data analysis and combination of network configuration and weblogs, a complete network data flow chart of the application monitoring analysis system is drawn. According to the invention, platform development is carried out by combining with the network data flow direction information of the application monitoring analysis system, so that the flow direction of each application monitoring analysis system is intuitively displayed, the daily application monitoring analysis system is conveniently monitored by operation and maintenance personnel, and the application debugging is conveniently carried out by technical personnel. According to the invention, the platform is introduced into the mobile terminal for display, so that the two-wire operation and maintenance support personnel can use the platform conveniently, the network fault cause can be primarily analyzed without going to the site, and the working efficiency is improved.
In the embodiment of the invention, the complete application topological structure and the data flow direction view are constructed through the collection of key information such as the transaction flow of the application monitoring analysis system, the application deployment architecture, the network deployment architecture, the IP addresses and protocol ports used by each node and the like.
For example: the transaction flow of a certain generation of charging business is as follows: the customer selects the service menu for charging at a certain website of the bank to initiate transaction, transaction data is transmitted to a wide area network convergence layer network node of the bank through a website access network, the wide area network convergence layer network node transmits the transaction data to a local area network core layer network node, the local area network core layer network node transmits the transaction data to load balancing equipment of a front end server of the service, the load balancing equipment distributes the transaction data to the front end server, the front end application server interacts with a rear end database, and the front end application server returns a transaction result to the self-service tool operated by the customer (original return).
By analyzing the transaction flow and application deployment architecture of the substituted charging service and through the network node, we at least need to collect the IP address of the self-service device of the network node, the management IP address and the interconnection IP address of all the network devices (such as the network device of the network node, the convergence layer device of the wide area network, the core layer device of the local area network and the convergence layer device) through which the transaction data flows, and apply the information of the VS address and the service port provided by the load balancing device of the front-end server, the real IP address and the service port of the front-end server, the address and the service port of the rear-end database and the like, the application topology and the data flow diagram of the substituted charging application monitoring and analyzing system can be completed.
And constructing a system interface based on the data collected in the first step, and completely displaying the application deployment key nodes. The system interface will completely display all terminal devices (such as self-service machines in the above examples) and network devices, and server devices (such as load balancing devices, application servers and database servers in the above examples) of the transaction data flow in the application monitoring and analyzing system, and display the transaction flow direction in a vector diagram manner.
The method comprises the steps of collecting network traffic flowing through nodes by each application monitoring analysis system (in a data mirroring mode on network equipment), transmitting collected data to traffic capturing equipment for integration and retransmission, then transmitting the data to the application monitoring analysis system (in a cap file format), carrying out abstract analysis on a communication protocol message header by the application monitoring analysis system, firstly picking out data traffic corresponding to a certain application monitoring analysis system through communication quintuple information, and then obtaining data such as communication initiation information, suspension information, connection information, response time delay, data retransmission rate, data misreporting rate, network bandwidth occupancy rate and the like of each node in network layer and transmission layer messages of the traffic, wherein the health of the application monitoring analysis system is concluded through analysis of the information, a health threshold is set, alarm information is generated, and the capability of accurately positioning fault positions is achieved.
Also take a certain charge service system as an example: assuming that the website where the self-service machine tool used by the client is located is a website in Zhaotong city, the unidirectional normal communication time delay of the website terminal access to the front-end server deployed in the provincial branch data center is 10ms (including the line transmission time delay and the network equipment forwarding time delay), the processing time delay required by the interaction of the front-end server and the rear-end database server and the return of the result is 2ms, and the response generated by the self-service machine tool about 22ms after the client submits the transaction is normal for the response of the application monitoring analysis system. The normal response time delay threshold value of the application monitoring analysis system can be set to 22ms-25ms every day, if the normal response time delay threshold value is greater than 25ms, early warning is generated, if the normal response time delay threshold value is greater than 50ms, the warning level is improved, and after the operation and maintenance personnel receive the warning, the response time delay of each communication node can be checked through the system, so that the problem of the rising of the overall transaction time delay can be rapidly judged in which link.
Besides health judgment can be carried out aiming at response time delay, the system can judge whether a large number of retransmissions of service data occur according to the data retransmission rate, so as to guide operation and maintenance personnel to check the system capacity; whether the application monitoring analysis system is about to have bone faults or the possibility of being attacked by the network is judged according to whether the number of the semi-connections is greatly increased.
The data load in the network data stream is collected, and decoding analysis is carried out by combining the content formats of the information such as the transaction code, the response code, the error code and the like of the application monitoring analysis system, so that the data such as transaction traffic, transaction success rate, transaction failure rate, repeated transaction condition and the like can be accurately counted, and the effects of guiding developers and operation and maintenance personnel to carry out code optimization and resource optimization are achieved.
On the basis of the analysis and utilization of the network data flow, the system can integrate or combine with a log analysis platform, and form a complete system monitoring and analysis system through analysis of application monitoring analysis system logs, database logs and network equipment logs.
Although embodiments of the present invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made therein without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (8)
1. The application monitoring analysis platform based on network and flow analysis is characterized in that: the system comprises a key information collection module, an application monitoring analysis system and a system interface, wherein the application monitoring analysis system is connected with the key information collection module;
the key information collection module is used for collecting key information, an application topological structure and a system interface are constructed according to the key information collected by the key information collection module, and application deployment key nodes are completely displayed by the system interface;
the system interface is used for completely displaying all terminal equipment through which transaction data flows in the application monitoring analysis system, displaying the transaction flow direction in a vector diagram mode, and the application monitoring analysis system is used for carrying out abstract analysis on the communication protocol message header.
2. The network and traffic resolution based application monitoring analysis platform of claim 1, wherein: the key information collection module is used for collecting management IP addresses, interconnection IP addresses, management IP addresses and interconnection IP addresses of all terminal equipment through which transaction data flows, VS addresses and service ports provided by front-end server load balancing equipment, real IP addresses and service ports of the front-end server, IP addresses of website self-service equipment and addresses of a rear-end database;
the application topological structure comprises a network point self-service machine, a wide area network convergence layer network node, a local area network core layer network node, a local area network convergence layer network node, load balancing equipment, a front-end server and a back-end database;
the terminal equipment comprises network equipment of network points, convergence layer equipment of wide area network, core layer equipment of local area network and convergence layer equipment.
3. The network and traffic resolution based application monitoring analysis platform of claim 1, wherein: the key information collection module collects network flow of each application monitoring analysis system flowing through the node, transmits collected data to the flow capturing equipment for integration and de-duplication, and then transmits the data to the application monitoring analysis system, and the application monitoring analysis system performs abstract analysis on the communication protocol message header;
the traffic capture device transmits data to the application monitoring analysis system in a file format of a cap.
4. The network and traffic resolution based application monitoring analysis platform of claim 3, wherein: the application monitoring analysis system performs abstract analysis on the communication protocol message header, and comprises the steps of picking data traffic corresponding to an application monitoring analysis system through communication quintuple information, then acquiring data such as communication initiation information, suspension information, connection information, response time delay, data retransmission rate, data misreporting rate, network bandwidth occupancy rate and the like of each node in network layer and transmission layer messages of the traffic, and analyzing the information to generate a conclusion on the health of the application monitoring analysis system, setting a health threshold value, generating alarm information and reaching the capability of accurately positioning a fault position.
5. The network and traffic resolution based application monitoring analysis platform of claim 1, wherein: the system further comprises a log analysis platform, wherein the log analysis platform forms a complete system monitoring and analysis system through analysis of the application monitoring analysis system log, the database log and the network equipment log.
6. The network and traffic resolution based application monitoring analysis platform of claim 1, wherein: the application monitoring analysis system can judge whether a large amount of retransmission of the service data occurs according to the data retransmission rate in addition to the health judgment of response time delay, so as to guide operation and maintenance personnel to check the system capacity; whether the application monitoring analysis system is about to have bone faults or the possibility of being attacked by the network is judged according to whether the number of the semi-connections is greatly increased.
7. An application monitoring analysis method based on network and flow analysis is characterized in that: use of a platform according to any one of claims 1-6, comprising the steps of:
the customer selects to replace a charging service menu to initiate transaction at a certain website of a bank, then transaction data is transmitted to a wide area network convergence layer network node of the bank through a website access network, the wide area network convergence layer network node transmits the transaction data to a local area network core layer network node, the local area network core layer network node forwards the transaction data to the local area network convergence layer network node, the transaction data is transmitted to front-end server load balancing equipment of the service, the load balancing equipment distributes the transaction data to the front-end server, the front-end server interacts with a rear-end database, and the front-end server returns a transaction result to the self-service machine operated by the customer to realize original return.
8. The network and traffic resolution based application monitoring analysis method of claim 7, wherein: the method comprises the following steps:
the unidirectional normal communication time delay of the website terminal where the self-service machine used by the customer accesses to the front-end server is 10ms, the processing time delay required by interaction of the front-end server and the rear-end database server and return of results is 2ms, the response generated by the self-service machine 22ms after the customer submits the transaction is normal to the response of the application monitoring analysis system, the early warning is generated when 22ms-25ms are set to be the normal response time delay threshold value of the application monitoring analysis system, the warning level is improved when the preset time delay threshold value is greater than 25ms, and after the warning is received by operation and maintenance personnel, the response time delay of each communication node can be checked through the system, so that the problem of the rise of the overall transaction time delay can be rapidly judged to be in which link;
the unidirectional normal communication delay comprises line transmission delay and network equipment forwarding delay.
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