TW201137598A - Real-time service interface monitoring and alarming system of large-scale enterprise information integration platform - Google Patents

Abstract

A real-time service interface monitoring and alarming system of large-scale enterprise information integration platform is applicable to management of service interface provided by each information system of an enterprise for providing dynamic real-time monitoring and alarming settings of the service interface of each system and handling instantaneous performance of the service interface of each system so as to immediately report for timely repairing at the time when abnormality (such as excessively slow response time and no response of interface) occurs, without allowing the occurrence of the abnormality to affect the service quality of the whole enterprise information system. The real-time service interface monitoring and alarming system comprises: at least one front-end alarming setting terminal system, which provides a user interface for interaction with a user and includes a front-end communication interface to form a connection with an alarming core management module; at least one message interrupting and receiving module, which interrupts and receives all kinds of information on the information integration platform through network communication; at least one message filtering module, which determines what information to be stored; a message grouping module, which analyzes different data to group the data according to preset conditions; a time axis computation module, which computes all kinds of performance according to preset time conditions; a statistics module, which performs statistic analysis on history data; a data cache module, which stores instantaneous performance information to speed up the reading time; a storage sharing module, which receives and stores the cache after update in each unit time; an information instant updating module, which acquires the latest performance information in each unit time; a database system, which stores the chronic performance information, alarming information, and priority and setting data for user of each item.

Description

201137598 VI. Description of the Invention: [Technical Field of the Invention] The present invention discloses a service interface of a large-scale enterprise information integration platform, which is an instant [control and police system], in particular, through the online automatic measurement module, extracting useful data for analysis, and Record and calculate the latest operating status of all online interfaces, calculate results and send appropriate messages. [Prior Art] In order to solve the problem of different system interfaces and data decentralization, large enterprises have developed “Enterprise Application Integration Platform, (Enterprise Application Integrati〇n), or “Service-Oriented Architecture Platform” (Service 〇riented ― The demand for enterprise application software integration is to achieve information transparency through the application of EMS (Enterprise Message Server) in the form of instant messaging. The enterprise can use these materials in an internal and immediate manner. In the occasion of competition with decision-making and various commercial businesses, and to enhance market advantages, 'marketing and telecom business promotion with new business can achieve instant messaging, information integration and process automation, and create greater profit in existing resources. Capabilities rely on the integration of rapid internal resources and the integration and provision of fast customer data and services. However, existing enterprise application software integration technologies can provide instant messaging integration in a 'normal' environment. But for the "abnormal" situation is the reaction Blunt, until the abnormality is found, it has passed through the period of 201137598. Afterwards, "the analysis of the running status of each system on the platform in the log, there are still many missing" is not a good design, and it needs to be improved. In view of the shortcomings derived from the above-mentioned conventional methods, the inventors of the present invention have improved and innovated, and after years of painstaking research, they finally succeeded in research and development, and the enterprise information integration service interface real-time monitoring and alarm system. The application system interface status monitoring function, the system is different from the alarm threshold setting, and the system abnormal message notification, so that it can automatically notify the system administrator of the abnormal situation at the same time, and achieve the integration of the enterprise application system. 365 days of operation throughout the year. SUMMARY OF THE INVENTION The object of the present invention is to provide a service quality monitoring system for an enterprise-level information integration service platform (in practical applications, it is possible to monitor the interface usage of 100 times/sec or more without Affecting platform service performance), a large enterprise _ often has dozens Even more than one hundred information systems, the system exchanges data through the service interface between the business needs, through the system online automatic: test module, record and calculate the latest operation status of all online interfaces, how to extract from such huge information content It is the focus of the present invention to analyze the useful data and perform the appropriate information, and it can not affect the platform service performance. Another object of the present invention is to apply the interface service problem in addition to the 'in addition to the alarm'. The content of the message allows the integrated service 201137598 to automatically enter the flow control state. The task is to face the bad service and enter the control state. It will not affect the entire enterprise information integration platform due to the single system or a few interface questions. Performance. The purpose of the present invention is to construct a large number of service control and stop invitations, and to solve the problem of enterprise-level information integration service, and the eight information systems of the ten-dimensional research and maintenance industry are in order to Business, marketing, and other issues require *** 〆 , , , , , 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构 架构Six news, when D and the number of service interfaces provided by Becky are more than hundreds, even when, such as 彳T + 妓 dry ° in the first time to understand the operational problems of various service interfaces and remove obstacles, the county! _ Α ” 重要 响 响 IT IT IT IT IT IT IT IT IT IT IT — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — Reduce network latency), message filtering module (only useful for recording; ^ > Beixen reduces memory usage), message clustering module (will handle different groups of 77 groups to quickly clarify the problem direction), timeline calculation Module (according to the love seven * clothing S and the time unit of calculation and monitoring such as 5 seconds), the alarm module (Li 'debt measured the service interface problem ' immediately apply the media notification related & points ',,, ' First, people like eMail, SMS... and add a service interface in the message to talk about the performance curve of X c tongue for a period of time, to make the message more complete and more understandable), statistical module (statistical service interface performance and available) 'Bai material temporary storage module (in response to front-end query and display, pre-stored performance data in 5 recalls to respond quickly to users), storage sharing module and 201137598 instant update module (front-end dynamic icon: Nine major construction modules, such as dynamic performance map, interface availability, total usage, error volume, alarm information, and historical alarm information. With this monitoring system, you can instantly control various service interfaces on the integrated service platform. Understand the operation of each service interface (and arbitrarily select different service interfaces, and monitor the real-time performance map of all service interfaces) to make system operation transparent management easier. [Embodiment] The preferred embodiment of the present invention The server uses Windows Server 2003® 'World Wide Web server to use ns, Java8 application server uses Apache Jakarta Tomcat®, enterprise non-same messaging platform uses Java Message Service series products. Large enterprise sfl integration service platform contains various Service information content formats such as BINARY, TEXT, XML (ExtenSible Markup

Language).. Transfer protocol (pr〇t〇c〇i) such as SOCKET, HTTP (Hypertext Transfer Protocol) ^ SOAP (Simple Object

Access Protocol), JMS (Java Message Service)... is therefore very complicated in processing, and the message interception receiving module (ii) mainly plays this data format conversion and extraction role (the converted data format is shown in Table 1) The UDP method is used to collect various types of information on the integrated service platform. The reason why the invention uses the UDP method is that the UDP mode has all the message receiving ends in the same area, and the message intercepting receiving module (101) can collect the same information. The message, without affecting the transmission of the original system data 201137598, improves the shortcomings of the traditional one-to-one query (Request/Reply). The message filtering module (102) filters the information obtained by the message intercepting receiving module (1〇1), filters out the non-monitoring required information, and extracts the information required for monitoring. The extracted message is sent to the message clustering module (1〇3), which uses the <CMD> field in Table 1 as the grouping basis. The time axis calculation module (104) is mainly calculated according to the monitoring design time unit, and the extracted data is calculated-time, the tfi-inter-group module (1G3) and the time-axis calculation module (104) process the extracted data. According to different conditions, the grouping is processed, and the monitoring conditions set by the user, such as the alarm threshold and the monitoring interval, are integrated, and the time axis calculation module (1G4) is used for analysis and calculation; if the analysis result reaches the upper alarm limit, the alarm module is transmitted through the alarm module ( 1G5) Inform the relevant maintenance personnel that the immediate repair has been achieved. In addition, the analyzed data will be temporarily stored in the system via the data cache module (1〇7). The group (107) will output the analysis results to the front end of the monitoring system in an instant and periodically according to the settings of the front end of the monitoring system. For display. The axis calculation module (104) obtains the response performance information of the information interface calculated by the data cache module (107) from the time unit time and updates the monitoring and real-time information (such as the back-end system EMS Queue & Topic implementation fund.) The use of Cache management in the 丨I + times ^ " mechanism of the instant update module and storage sharing module design of high-efficiency instant age 吟 I control system 'this poor news provides external monitoring 201137598 system used so that multiple The monitoring client is used at the same time. The information instant update module (109) utilizes the Cache's Callback mechanism (this refers to

The Cache module can set the effective time of the data. When the effective time passes this module, it will trigger Callback) to update the latest information, and instantly grasp the transaction processing of the real-time information. First, set the connection between the Cache and the timeline calculation module to lock the monitoring. Object, and then design the Callback processing logic. Once the monitoring object has a data update, it immediately triggers the Callback mechanism to perform Cah.

Information update. Information Instant Update Module (1〇9) is mainly for instant data

The statistic object is the execution performance of the system and instructions, including the execution response time, the number of successful beer calls, the number of call failures, etc. ^ The storage sharing module (108) is designed to update the system storage sharing module every unit time. A large amount of information is provided to the user to improve the efficiency of the real-time monitoring system. The real-time dynamic map module processes the real-time tons per 1 sec. and stores them. The storage interval is the last 3 minutes of system execution information Y. The dynamic graph interface instantly controls the system execution status. The instant dynamic picture module is connected with the alarm setting module (10 5), and the immediate abnormality of the system and the command can be set, the setting result is effective immediately, and the 'first,' the personnel-received the alarm notification can be immediately executed. System maintenance δί1 interception receiving module (101) extract data U XML representation format (Schema) as shown in the following table · 201137598 Table 1: data extraction format <?xml version="1. 0"encodings"UTF-8"><xs:schemaxmlns:xs="http://www. w3. org/2001/XMLSchema" xmlns=” http:/Avww. cht. coni/schemas/EAI/resource/EAI. xsd &quot ;><xs:elementname="EAIRSP"><xs:complexType><xs: sequence〉 <xs:element ref="CMD"/><xs:elementref="Status"/><xs:elementref="Msg"/><xs:elementref="PARAM"/><xs:elementref="SIP"/>< Xs:element ref="DIP"/><xs:elementref="UID"/><xs:elementref="StartTime"/><xs:element ref=&qu Ot;EndTime"/><xs:elementref="UUID"/></xs: sequence〉 </xs:complexType></xs:element〉<xs:elementname="Status"type="xs:string"/><xs:elementname="CMD"type="xs:string"/><xs:elementname="Msg"type="xs:string"/><xs:elementname="PARAM"><xs:complexType><xs:sequence〉<xs:elementref="V"minOccurs="0"maxOccurs="unbounded"/></xs:sequence></xs:comp1exType></xs:element〉<xs:elementname="V"type="xs:string"/><xs:elementname-'SIP"type-'xs:string"/><xs:elementnametwo"DIP"type="xs:string"/><xs:element name ="UID"type="xs:string"/><xs:elementname="StartTime"type-'xs:string"/><xs:elementname=”EndTime" type-' Xs:string"/><xs:elementname="UUID"type="xs:string"/></xs: schema> The meaning of each relative xml node is as follows: <CMD>: interface name <Status>: interface usage status value 10 201137598 <Msg> : Interface usage status description

<PARAM>: This interface uses input parameter values, <v>: respective parameter values <SIP>:Source IP <DIP> :Target IP <UID>:user id <StartTime>: start time &lt ;EndTime>: end time

Xin <UUID>: This interface execution period represents the ID <CMD> instruction name </CMD>, and the instruction name is defined in the format of ΧΧΧΧ·ΧΧΧΧ·ΧΧΧΧ.ΧΧΧΧ.ΧΧΧΧ (χχχχ represents the number of text, the length is up to 128byte' Can be expressed as: company. category. system function action), such as com.order.tops.customer-profile.query represents the tops system of the order category, the function is customer_profile, the action is query, com.billing.lbbp.invoice .query represents the lbbp system for querying the accounting category, the function is inv〇ice·so you can use [company] as the key value of the group, or [company.category] as the key value of the group] in this way [company] .Class.System·Function] gives a finer statistical group value. The technical content of the present invention is further described as follows: (1) Main performance and alarm function of the system: Obtaining the service platform of the latest integrated platform through the monitoring system Web Server 11 201137598 Surface performance information and displaying the right ^ π on the Browser (browser) side The latest interface of the tribute interface is updated and updated every 10 seconds as shown in Figure 2. (2) Instant command and historical data collection of abnormal commands through the service interface status monitoring, displaying the common command real-time information every 1 sec. As shown, the instant display of the cause of the anomaly, the inner x, the source details and the repair status are transmitted through the automatic detection module on the system, and the abnormality generates the system to automatically send the alarm information to the system operator.

(3) System interface real-time monitoring function Through the system real-time monitoring module, master the real-time dynamics of the updated paper interface every 10 seconds. As shown in Figure 4, the system interface real-time monitoring module provides real-time information for the #back-end system and interface. , including the instruction execution average ~^ time call success times and call failure times. System operators can simultaneously open multiple windows to instantly control the system execution status and instantly resolve system anomalies.

(4) System abnormal alarm setting Through the system abnormal alarm setting module, the alarm information and the maintenance personnel are dynamically set. Once set, it will take effect immediately. The setting function is shown in Figure 5. The system is equipped with the alarm module. The error threshold, the efficiency threshold, the error rate threshold, and the maintenance personnel menu provide the system administrator to set and select. The operating system will compare the threshold value from time to time. If the operating value is not within the threshold value, the system is abnormal. Immediately display, the alarm job starts immediately, and the system maintenance task can be performed immediately. (5) System performance real-time statistics through the system performance real-time statistics module, showing the performance information of the last 30 minutes 'system command average response time As shown in Figure 6, the system performance statistics are divided into performance statistics of all systems and performance statistics of all commands in a single system. The performance statistics are average response time, number of successful calls, and number of call failures. Users can click The column on the chart to display the real-time monitoring map of the project, and to grasp the abnormal system at any time. (6) EMS (Enterprise Message Server) real-time monitoring and abnormal alarm EMS asynchronous message platform 'has integrated interface and transmission mode; I connect, support real-time data exchange mechanism, quickly meet new business needs The features are suitable for the underlying architecture of large-scale information systems. EMS calls t〇PiC and instant information and alarm settings as shown in Figure 7. EMS queue and t〇pic for real-time monitoring, alarm setting and abnormal alarm functions, providing the underlying message platform. Maintaining normal and stable operation, there is an abnormality, which can be repaired in the shortest time through the issuance of alarms. It is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Equivalent changes and modifications made in accordance with the scope of the present invention are covered by the scope of the present invention. [Simplified description of the drawings] 13 201137598 Please refer to the detailed description of the present invention and its drawings, which will be Further, the technical contents of the present invention and the effects of the objects of the present invention are known; the related drawings are: 'Figure _ is a large enterprise information integration flat of the present invention FIG. 2 is a schematic diagram of the main monitoring system of the present invention; FIG. 2 is a schematic diagram of the main interface of the present invention; FIG. 2 is an instant view of the abnormal interface of the present invention; Function: Φ Figure 5 is the system interface alarm parameter and contact setting function screen of the present invention; Figure 6 is the system performance instant statistics function screen of the present invention; Figure 7 is the EMS (Enterprise Message Server) alarm parameter setting function screen of the present invention [Main component symbol description] 101. Message interception receiving module 102: message transition module 1 〇3: message grouping module 10 4. Time axis meter nose module 105: alarm module 14 201137598 10 6 · statistical board Group 107: Data Cache Module 108: Storage Sharing Module 109: Information Instant Update Module

15

Claims (1)

201137598 VII. Patent application scope: 1. A service interface real-time monitoring and alarm system for a large-scale enterprise information integration platform, comprising: at least one front-end alarm setting terminal module, which provides a user interface to interact with the user, and A front-end communication interface is connected to the alarm core management module; at least one message interception receiving module intercepts and receives various information on the enterprise information integration platform by using network communication; and calls at least one message filtering module to intercept the receiving module The resulting message is filtered to extract the information needed for monitoring to determine which information to store and send the extracted message to the message clustering module; a message clustering module extracts the information from the message filtering module. Set the conditions to group them; a time axis calculation module, the information extracted by the message filtering module is calculated according to the set time conditions; the statistical module, the historical information is statistically analyzed, the statistical service Interface performance and availability; data cache module, can use Cacheback management mechanism to save time The results of the real-time performance analysis of the module are used for immediate and periodic reading and display by the front-end monitoring system. 16 201137598 A storage sharing module, the Cache module of the data storage module is updated after each unit time. Update the module, get the latest performance I per unit time. The 'end-side monitoring system handles the real-time information change instantly; and the alarm board group'. When the system detects the problem with the service interface, immediately applies the medium to inform the relevant system. people. φ 2· The service of the large-scale enterprise information integration platform described in the first application of the patent application scope refers to the δ #时 monitoring and alarm system, wherein the front-end communication interface further includes and converts the data format, and the conversion manner includes: a, receiving Then, the instruction of the application system converts the communication protocol to UDP; b. receives the instruction of the application system, converts the communication protocol SOCKET into UDP; c. receives the instruction of the application system, and converts the communication protocol JMS to UDP ; ' d. Receive instructions from the front-end application system to convert the data to xml format. 3. The large-scale enterprise information integration platform service as described in the first paragraph of the patent application, the 'I-side real-time monitoring and alarming system, wherein the message intercepting receiving module receives various types of information on the integrated service platform by means of UDP. The data is formatted using XML, and the instruction format of the present invention is applied as a group mode of data statistics. The real-time monitoring and alarming system of the service interface of the large-scale enterprise information integration platform mentioned in the third paragraph of the patent application scope, wherein the XML schema 17 201137598 data format content may include: interface name, interface for one-side use state description, interface use Input parameter value, 1 " (S〇UrCe IP), destination IP address (Target IP), location part 1D, start time, end time, and interface execution period 2: two body 5. such as patent application scope ...the large-scale enterprise capital == service interface real-time monitoring and alarm system, wherein the message: the message extracted by the message transition module is grouped into two groups.疋/,; ι面两 6. As described in the patent application scope " large enterprise information... The service interface real-time monitoring and alarming system, wherein the step of updating the internal information by using the Callbaek management mechanism may include: a. setting a connection between the Cache and the timeline calculation module to lock the control object; | b· monitoring object one There is data update, that is, when the timeout occurs according to the valid time parameter of the set data, the data is updated. Large enterprise information integration platform as described in item i of the patent application scope The service interface instant monitoring and alarm system, wherein the alarm module can: interface response time, interface call success times and percentage of interface call failure rate per unit time, monitor all service interfaces on the line and issue alarms. The service interface instant monitoring and alarm system of the large-scale enterprise information integration platform described in the first application of the patent application scope is characterized in that it can be applied to EMS (Enterprise Message Server) real-time monitoring and abnormal alarms, which can be based on the Message Server. The number of Messages in Queue and Topic sends an alarm. 18 201137598 9. The service interface real-time monitoring and alarm system described in item 1 of the patent application scope can store historical performance information, alarm limits and setting data. Large enterprise information integration platform, including a database, information and user rights 19