TW200844876A - Monitoring system for enterprise service integrated messages bus (ESB) platform - Google Patents

Abstract

A monitoring system for enterprise service integrated messages bus (ESB) is disclosed, which includes a front-end interface module, for the user interface to interact with the system administrator and for the system administrator to use browser to monitor or to set warning parameters; an administration setting module, for performing the authorization management of the monitoring system; a report management module, for creating a statistic report for the data detected by the monitoring system; an active warning module, for giving a warning when the data that acquired by the monitoring system reaches a warning condition; an application system monitoring system, for monitoring the application systems that perform the integrated application service of enterprise application software; an enterprise application software integration monitoring system, for monitoring the main server of administration servers that perform the integration of enterprise application software; and a database module, for storing all data that the system required and the data the system created.

Description

200844876 IX. Description of the invention: [Technical field of invention] The present invention relates to an enterprise service integration message platform monitoring system and method, and more particularly to providing a state-of-the-art application system state monitoring function in an enterprise service integration message platform architecture. Back-end application system obstacle alarm function, enterprise service integration message platform status monitoring function and enterprise service integration message platform obstacle alarm function system and method. [Prior Art] In order to solve the problem of different system interfaces and data dispersion, large enterprises have developed the demand for “enterprise deer software integration”. The main purpose of enterprise application software integration is to integrate various applications within the enterprise through instant messaging. In order to achieve information transparency, companies can use these materials instantly and effectively, in the context of internal administration and decision-making and competition for various commercial businesses. In order to enhance the market advantage, the marketing and telecom business promotion of new business can achieve instant messaging, information integration and process automation, create greater profitability in existing resources, rely on rapid internal resource integration and rapid Integration and provision of customer data and services. Please refer to the figure--for the implementation architecture of the integrated enterprise service integration message platform. It can be seen from the figure that the enterprise service integration information platform 100 provides the interface technology of different interfaces, and the application is realized by the conversion of data between different protocols (Protocd). System 11 is the purpose of integration. After the integration of different interfaces, the enterprise logic and the supply flow can be used to make the business logic in the system, and the business logic in the system can be extracted to achieve the endpoint-end processing (4) End IWSS function. However, in consideration of the unsynchronized message bus (Ma BUS) mechanism, it is possible to avoid the problem of DeadLock 5 200844876. The enterprise service integration message platform 100 provides three single interface entries (HTTP, Web Service, JMS) on the client 120, and accesses all functions of the backend interfaced system via a single interface. However, 'the existing enterprise application software integration technology can provide the function of real-time message integration in the case of normal, and, but fails to provide the function of error prevention or alarm in the case of exceptions. It is only necessary to provide the function of the process log (log), and it is impossible to judge the abnormality of the information flow. For example, the enterprise application soft view can provide the identity identification of the person to pass the Hefa user, but the department fails to prevent the malicious or unintentional destruction of the legitimate user. If the user does not continuously send out the message, '«« Slow or resource is occupied and cannot be used by other legitimate and normal users. Another example is that the back-end application system does not work properly, causing the information flow to remain in the enterprise application integration secret scarf, which makes the system impossible. _ Operation 1. The creator often spends a lot of time and manpower to find out the problem, increase the equivalent. Large maintenance costs. And let the system administrators run wild. Therefore, in order for the enterprise software integration system to work efficiently, it is necessary to have a system that can automatically ride the enterprise service integration message platform to block the traffic flow abnormality, or the backend application generates abnormal maintenance, and timely alarm The message to the system administrator's alarm 'to enable the system administrator to eliminate abnormal situations in a timely manner, in order to make the seams use software to integrate the core operation more smoothly' to achieve the maximum effectiveness of the integrated enterprise. It can be seen that there are still many shortcomings in the above-mentioned methods of use, which is not a good design and 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 finally succeeded in research and development of the 200844876 information platform monitoring system and method. The application status monitoring function, the back-end application system obstacle alarm function, the enterprise service integration information platform status monitoring function and the enterprise service integration information platform obstacle alarm function can effectively monitor the enterprise application software integration and the real-time status of the back-end application system. It can make the abnormal situation be eliminated at the same time as the abnormal situation occurs, and achieve the expected benefits of enterprise application system integration. SUMMARY OF THE INVENTION An object of the present invention is to provide an enterprise service integration message platform monitoring system and method, which provides a back-end application system state monitoring function, which can display a back-end application function operation status on a webpage, and can preset an alarm threshold. The value is automatically detected by the system. If the back-end application function (or the back-end host) exceeds the preset value, the data is recorded and notified to the active alarm module for subsequent processing. Another object of the present invention is to provide an enterprise service integration message platform monitoring system and method, which provides a back-end application system obstacle alarm function, and when a back-end application system monitoring module monitors a back-end application function (or a back end) If the status of the host is abnormal and exceeds the set value, the active alarm module can be notified immediately for subsequent processing. When the active alarm module receives the alarm message from the backend monitoring module, it can go to the data store to retrieve relevant information and transmit it to the specified front end. Front-end projects can include: email, mobile phone newsletters, or monitoring computers. The second objective of the present invention is to provide an enterprise service integration message platform monitoring system and method, which provides a state monitoring function for providing an enterprise service integration message platform, which can display the system architecture and operation status webpage or graphically, and can preset alarms. Threshold value, the system automatically detects the latest operating status. If the device or mediation software (Middleware) exceeds the preset value, the data will be recorded and notified to the active alarm module for subsequent processing. The present invention is also aimed at providing an enterprise service integration message platform monitoring system and method for providing an enterprise service integration message platform obstacle alarm function, when the enterprise application software integration monitoring module monitors the Gum side (10) value 'The active alarm module can be notified immediately for subsequent processing. When the active alarm module receives the T-body integrated monitoring mode_alarm message from the enterprise, it can go to (4) inventory phase-taking, and send _ (the specified front-end system' front-end system can include: email, mobile phone newsletter or monitoring computer, etc. The enterprise service integration message platform monitoring secret and method for achieving the above object includes: a front-end interface module, which provides a user interface to interact with the system administrator, and the system administrator uses the device to monitor or report (4) parameters. Setting; -f management module, which performs the management of the monitoring system; - report tube_group, which can collect fine data, generate statistical reports; - active alarm module, when the monitoring module of the system If the obtained data reaches the alarm condition, the active alarm module will be notified to perform the alarm; an application system monitoring module will be used to monitor the implementation of the enterprise's job integration and integration of the ship; Monitoring module for the implementation of enterprise application software integration management ship (Adminis(10)i〇n

Server) monitors the server; a database module that records the resources and data generated by the monitoring system. - The present invention mainly provides a splicing interface system for a complete integration between a front-end application system and each back-end legacy system. Any database system, host system (VAX, IBM host, HP host), master-slave architecture, etc. can be used to provide services through this system. The front-end system calls the management component of the present invention, and the information obtained by the analysis of the component is judged and dispatched to the traditional system interface component, and the element 8 200844876 is used for interpreting and replying to the data of each system, such as: telecom local language. Acceptance system interface components, local accounting system interface components, mobile business accounting system interface components, etc., and send queries or accept business requests to the application system via a communication protocol acceptable to a back-end legacy system. The security records and query results used by each request are stored in the database, and each successive success and failure code is sent back to the front-end application system for identification and further processing. The management setting module of the present invention mainly resides in the management of the front-end application system via the information of the present invention (the integrated service system accesses the back-end system, and each front-end application system must provide the information to the information integration service system. The integrated service system applies for the interface function item, and the front-end application system can only access the application approval function online through the permission, and the function cannot be accessed if it is a non-approved item.

A preferred embodiment of the monitoring system and method for the enterprise service integration message platform of the present invention is that the server is used in the servo system, and the global information network server uses Apache® HTTP.

Server's Java®, the application server uses Apache Jakarta Tomcat®, and the Enterprise Services Integration Messaging Platform uses TIBCO®'s portfolio.凊 图 图 ' ' ' ' ' ' ' 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业 企业Group 201, which provides a user interface to interact with the system administrator, and the system administrator uses the browser to perform monitoring or alarm parameter setting; 200844876 A management setting module, which performs the rights management of the paste system · A report management module Move, the data detected by the monitoring system, the data obtained by the statistical report reaches the alarm bar-active alarm module 204, and when the monitoring module component of the system, the active alarm module is notified to perform the alarm; It is applied to the application system monitoring module 205, which is one of the implementation enterprises of the company, and the application system is monitored; an enterprise application software integration monitoring module, which is aimed at executing the enterprise application software integration management servo (Administration Servei〇 domain錬$ for monitoring; a database module 207 that records the information required by the monitoring system and the resulting According to the following, the technical content and purpose of the monitoring system and method of the enterprise service integration information platform of the present invention are further described as follows: (1) Application system state monitoring (the process is shown in FIG. 3) The application system state monitoring is for executing the TIBC0 application. The application system of the service is monitored, and the monitoring items include: · back-end host connection status, application system processing result, functional abnormality (Malilmction) time, application system response time (last time, longest time, average response time), The overall processing time (last time, longest time, average processing time) of the enterprise service integration message platform is five. The following describes the acquisition data and execution flow of the monitoring data in detail. 0. Application system 11〇 Host connection status to HP- UX lli built-in ping tool to obtain the application system no host connection status, the instructions are as follows: 10 200844876

The country monitors the application system's host connection status with the ping command and continuously monitors it three times. B_Application system processing result C. Function abnormal time D·Application system response time E_Enterprise service integration message platform overall processing time The above four items of data, the monitoring module sends http request to the application system service function according to the execution monitoring connection parameter . If the application system service function correctly responds to the application service requirement, it indicates that the application system processes the result positively. If the application service does not respond or times out, it indicates that the application system fails to process the result. The monitoring module does not record the abnormal time of the function until the next time the application system processing result is normal, the recording function abnormal time is stopped. When the processing result of the application system is normal, the monitoring module records the elapsed time from the start of the http request to the receipt of the correct response, which is recorded as the overall processing time of the enterprise software integration. According to the legacylog, the application response time is obtained. The above monitoring behavior is written in the Java programming language. After obtaining the monitoring data, the application monitoring component stores the data in the monitoring database through the JDBC protocol. The heart system is only required to be executed after the system is started. The content is as follows: The data sheet of each monitoring data is the data obtained by the most recent monitoring. ^ Edge: After the monitoring, the material table will be By; ava f material processing component of the forest 'simple new monitoring number ^ 200844876 record. The data sheet has two uses: to provide the user with the results of the monitoring operation and to provide back-end application system obstacle alarm function data as a reference for whether or not an alarm is required. (2) Enterprise service integration message platform status monitoring (process shown in Figure 4) Enterprise service integration message platform status monitoring is for monitoring the host server of TIBCCO Administration Sewer. The monitoring items include: Cpu load, memory load rate, file system load rate, network connection response time, and TIBC〇 (ship 15 load rate, etc.. Currently, this secret only supports HP_UX lli operation secret, the following detailed description of its monitoring data Acquisition method and execution flow A. CPU load

Isr/bin/gre] Take the CPU load of the built-in coffee tool of the book (1), the command is as follows: Λ V yy· Α ^ ^ \ -C.^ sA Λ > λ V vt <>Ά> Hi,

乂 sarL CPU load amount is monitored every other second, and it is continuously monitored three times.

The average of three times. Since the cpu series displayed by sar includes many positions, the system obtains the average idle rate (Idle) rate, and then reduces the average idle rate by one hundred to obtain the average (four) load. B. Memory load rate The system established by HP-UX lh (^U language function to obtain the memory load status, the original program paragraph is as follows:

12 200844876

* A 13 [na-m-fine tPc|W, 43⁄4^^3⁄4 else Γ Γ ', ϋ ; 边 w" , *;: / ^ prison 撼,,:, ^3⁄4 々 々 虽 虽 虽 虽 虽 虽 虽 虽 虽,,;,^3⁄4}3⁄43⁄43⁄43⁄4 (νο_·(<ϊ'qin},,','; k « ri one, ϋ., , ^:^iif ^ \ - (v〇id)^utsc^mi: \ w ά w'„ .' ', ί^^<Λ? %r^«^ * > K^O-» V > - where the variable pct_used is the total amount of physical memory (Physical Memory) Subtracting the unused amount of the physical memory, obtaining the usage of the physical memory, and dividing by the total amount of the physical memory, the usage rate of the physical memory is obtained. C. File system load rate

Obtain the file system load rate with the built-in bdf tool of HP-UX lli. The instructions are as follows:

Since the bdf tool will display the usage status of all file systems, the system only records the usage rate of the file system with the highest usage, and uses this as the data of the file system load rate. D. Network connection response time Test the network quality between the host server and the default router using the built-in ping tool of HP-UX lli. The instructions are as follows:

13 200844876 The invention is m_Gu secret - five: owe, turn to the other _ should be time, this is used as the data of the network connection response time. E· TIBCO server load rate, ^established system C function to obtain TIBCO server program (Process) load rate 'original program paragraph is as follows: 隐 显 float float pctase4;%^ ; if(=^ }〆ds' 1 : Difficult _i ♦! Stealing: S on Na Na, • _ ^ ^ turtle age. Hege a ' \ - * 尔 _ binding Qi 14 200844876

Since the TIBCO server will start more than one program, the system of the present invention lists all the system programs, filters the programs whose names begin with tibcoadmin one by one, adds up the CPU usage, and records them in the variable pet-used, which is The load rate for the TIBCO server. The above monitoring behavior is written in C programming language and compiled and executed on the enterprise monthly integrated information platform feeding device. This is the monitoring component of the enterprise service integration information platform in Figure 2. After obtaining the monitoring data, the enterprise service integration message platform monitoring component stores the data in the current directory, CurrentItem2Value, CurrentItem3Value, CurrentItem2Value, CurrentItem3Value,

CurrentItem4Value, and CurrentItem5Value in the file. If any of the monitoring items has an I error, the number "-1" will be stored in the file. After the enterprise service integration message platform monitoring component generates the monitoring data files, the Java data processing component of the enterprise service integration message platform server stores the data recorded in these files into the monitoring database through the JDBC protocol. The present invention sets the schedule with the built-in crontab command of HP-UX lli, and performs a monitoring program every minute. The program is written in C Shell Script, and the content is as follows:

15 200844876 Ο .......々%: '卜气':...-面麟频霄 纤虚虚龟锐赖魅 u

ΕΆ...魏Μ ^Κ,:[ jam'-οί 卿纤.—继山二:々,, ; ' The data sheet for recording various monitoring data contains only one piece of data, and the last time is 1 data. . Therefore, the data sheet will be updated every minute by the Java data processing component of the Enterprise Service Integration Messaging Platform server to maintain the latest monitoring data records. The data sheet has a purpose. It is used for the online monitoring program "Monitoring Little Helper" to display the status information of real-time enterprise service integration and the provision of user-defined enterprise service integration information platform status monitoring historical data statistics. «12 F·Enterprise Service Integration Information Platform Status Monitoring Data Statistics (shown in Figure 5) Users can define their own business service integration information platform monitoring operations, including monitoring projects, monitoring cycles, alarm conditions, etc. Enterprise service integration message platform status monitoring data system juice and alarm. The monitoring tasks defined by the user are recorded in the data sheet EAI-MONIT〇RjrASKS of the monitoring database. The present invention sets the schedule with the cr〇ntaWg command built in ΗΡ_υχ Ui, and checks the program every minute. The program is written in java. After the program is started, 16 200844876 will use the following SQL narratives to obtain the record of the current enterprise service integration self-test work wire: ~ B-like thief according to the supervision SELEbT^^ 〇ί :::::3⁄43⁄4^3⁄43⁄4 _ 〇 鳞 scale :,Λ_:ΐ ERER ERBYms· , ':.:.;dl^;: _ -,: ' ' After obtaining the user-defined monitoring operation, the current 顼 Γ Γ Γ 一 1 1 The data is recorded in the data sheet of the monitoring database in a manner that the user deliberately saves the historical data of all monitoring operations until the user deletes the function through the system. After the monitoring operation data of the mother is obtained from the monitoring data, the monitoring data of each parent data item exceeds the alarm value of each monitoring item set by the user, or Whether the data is -1 indicates that the data cannot be obtained correctly. If any of the data exceeds the alarm value, it will record the total number of consecutive alarm values exceeded in the data sheet. When the total number of alarm values has been turned over, the local condition is set. The active alarm module 204 of the inventive system will perform an alarm according to the alarm mode specified by the user. s 仃 仃 G. Active Alarm Module 204 When the data obtained by the monitoring module of the system of the present invention reaches the alarm condition, it will notify the active mode, and 204 will perform the alarm. The notification method is to call the following javaMethod: 17 200844876

18 200844876 s sendAlarmO will get the email address and mobile number of the alarmed person from the data sheet after receiving the parameter to call her.告 方式 ° ° Service monitoring computer H. E-mail "10,000" for - kind. E-mail, mobile phone newsletter or application to send e-mail is a thin ava leak, axis _ set _ server, and maker The sender's name and address are ordered, and the message is sent to the designated recipient's mailbox. I·Mobile Newsletter Through the HiNet newsletter network of Chunghwa Telecom Data Communication Branch. The coffee service will send the warning message to the designated user's mobile phone. (3) Application service monitoring computer The active alarm mode and group 2〇4 will write the alarm message to the data table, including the employee code of the alarmed person. When the user logs into the system and activates the online monitoring program "Monitoring Little Helper", the "Monitoring Little Helper" will periodically check the warning message of the age. If there is an alarm message belonging to the user, it will be relayed via JavaScript. The 〇 function displays an alarm message, and the alarm message is transmitted to the designated user through the application service monitoring computer. (4) Application service report management When the system test of the present invention is connected to the Chunghwa Telecom enterprise application software integration application service field database to read the data table through the JDBC interface, and the usage status is calculated, and the chart is displayed. The system of the present invention first uses the following SQL narrative to find out the usage record of the specific enterprise application software integration application service in the data table on the specified start date: 200844876

C Each record of the data sheet includes the field EAI-LOGID. The present invention uses the following SQL statement to query the usage record of the data sheet:

The record for each data sheet includes two time blocks: start time and completion time. The system of the present invention calculates the time difference between the two fields and obtains the overall processing time of the application system to calculate the usage status of the enterprise application software integration application service. (5) System authority management The rights management of the system of the present invention is achieved by using three kinds of authority settings: user, group, and function code. A. Function Code Each function of the system of the present invention defines its function code as a usage right identification. The function codes are divided into five categories: menu, system, setting, monitoring and viewing. In addition to the monitoring category and the k-view category, the function code is defined in the java Serverpage (jsp) source code. 20 200844876 Cannot add _ except, only its name and lang text can be changed. The system_view and view categories can be added, modified, and deleted to provide flexible access to the monitoring module. B. Group The group of the system of the present invention is an authorized object of the function code, and each group can be granted any type and number of function code rights. The manager of the county can add, modify, or Delete the group, but each group must have (4) - the group code. C. User The user's information is recorded in the data sheet in the monitoring database for the authority control of the users of the system. When a user belongs to a group, they have the rights to the function code granted by the group, and each user can belong to more than one group at the same time, and can have the function code rights of all the groups. First, the user starts in the environment of the Microsoft Windows® operating system—the front-end application written in Microsoft Visual Basic® language. The user types the system name, the name of the power month b, the user unit, the member J1 code, the servo II address, You can execute this command by selecting the communication number, timeout, order number, service category and other parameters, and selecting the call mode. Next, according to the calling mode selected by the user, the user selects to use the socket communication protocol to connect the management component of the information integration service system, and at the same time, the parameter typed by the user is packaged into a standard communication format, such as XML. Format and pass the wrapped parameters to the dispatch management component. After receiving the parameters transmitted by the application, the dispatch management component first unpacks the parameters, and enters the user identity authentication of the 200844876 line, and identifies the user identity and user rights according to the parameters transmitted by the front-end application, and limits Unauthorized personnel log in to the system to prevent the leakage of important data, and can limit the level of user execution of transactions and access to data through usage rights settings. After the identity of the user is confirmed, the information integration service system can be accessed, and the dispatch management component calls the traditional system interface component corresponding to the instruction according to the instruction in the function name, and the traditional system interface component corresponds to the corresponding The communication protocol provided by the backend application system is connected to the backend application system, and the parameters transmitted by the user are converted into the data according to the backend application system (the accepted data format or internal code) The data that the back-end application system can accept, and transfer the material to the 5-hour back-end application system, and then wait for the back-end application system to return the result within the user-specified limit seconds, and return the result data. Passing to the dispatch management component, the dispatch management component then passes the result back to the front-end application, and the front-end application displays the result to the user for viewing. The above detailed description is directed to a possible embodiment of the present invention. The detailed description is not intended to limit the scope of the invention, and the equivalent of the invention is not deviated from the spirit of the invention. The application or change shall be included in the scope of the patent in this case. In summary, the case is not only innovative in terms of technical thinking, but also can enhance the above-mentioned multiple functions compared with the conventional articles, and should be in accordance with the law of full compliance with novelty and progress. Inventor patent requirements, 爰law--application, I ask you to approve the invention patent application, in order to invent invention, to the sense of convenience. [Simplified schematic] Figure 1 is a schematic diagram of the implementation architecture of the enterprise enterprise service integration message platform; The second is the implementation framework of the monitoring system and method for the enterprise service integration information platform of the present invention. 22 200844876 FIG. 2 is a flow chart of the method for monitoring the state of the application system of the present invention; FIG. 4 is the flow of the state monitoring method for the enterprise service integration message platform of the present invention. Figure; and Tiantu V are the data statistics method for the enterprise service integration message platform status monitoring data. [Key component symbol description] 100 Enterprise service integration message platform 110 Application system 120 Client 200 Enterprise service integration message platform monitoring system 201 Front end Interface module 202 management setting module 203 report tube The module module 204 active alarm module 205 application system monitoring module 206 enterprise application software integration monitoring module 207 database module 300 sends http Request and Ping back-end host 310 records the back-end application system connection status and back-end application system Processing result 320 Record back-end application system response time 330 Record enterprise application software integration overall processing time 340 Record platform status to monitoring database 400 Monitor CPU load value 410 Record CPU load value 23 200844876 420 Monitor memory load rate value 430 record Memory load rate value 440 Monitoring file system load rate value 450 Record file system load rate value 460 Monitoring network connection response time 470 Record network connection response time 480 Monitoring enterprise application software integration server load rate value 490 Record enterprise application The software integration server load rate value 500 is connected to the monitoring database 510. The current monitoring value 520 is obtained. The monitoring operation list 530 is obtained according to the record monitoring data. The serial number 540 of the latest data record of the monitoring operation is calculated. The latest data record of the monitoring operation is stored in the database. 550 check the monitoring Whether the latest data of the industry exceeds the alarm value 560. Update the number of the monitoring operation and the last update time 570. Update the cumulative total of the monitoring operation over the alarm value. 580 Check whether the alarm condition is met 590. Inform the active alarm module to perform the alarm 600. Update the monitoring. The number of alarms for the job 610 checks whether the monitored item has completed the specified number of monitoring times 620 updates the status code of the monitored operation 630 to check if there are still unprocessed monitoring operations 24

Claims (1)

200844876 X. Patent application scope: 1. A kind of enterprise service integration message platform monitoring system, which includes: J-side 'I-face core, and its provision-user interface interacts with system administrator, system administrator makes H Parameter setting for monitoring or alarming; - Government setting module, purely the supervisor __ privilege management; a report management module 'which can report the measured data to generate statistical reports; ., " 'The line sue group, when the data obtained by Yang and Tongzhi’s supervisory team is reported (four), the active alarm module will be notified to make the alarm; the application system supervision group should The application system of the ship's application is monitored; - the enterprise application software integration monitoring group, which monitors the host server that executes the enterprise's integrated management server; a bar code library module that records the required monitoring system Information and generated data. 2. For example, the enterprise service integration message platform monitoring system described in the scope of the patent scope 帛i, the rights management of the Zhonghai management setting module is achieved by using three permission settings, which are function codes and groups. And users. 3_A corporate service integration message platform monitoring system as described in claim 2, wherein the user controls the authority of the system user, and when the user belongs to a group, the user has the The rights granted to the function code by the group, and each user can belong to more than one group at the same time, and can have the function code rights of all the groups. 4. An enterprise service integration message platform monitoring system as described in item 2 of the patent application scope, 25 200844876 wherein the user is used to control the rights of the users of the system, and when the user belongs to a group, The group is granted the right to the function code, and each user can belong to more than one group at the same time, and can have the function code rights of all the groups. 5_ As for the enterprise service integration information platform monitoring system described in item 2 of the patent application scope, the function code for finding the function code is the Wei code for each function, and the function code is divided as Group, button, setting, and monitoring are five-sided. In addition to monitoring categories and viewing categories, the function code is defined in the Java _ (JSP) source code. It cannot be added or deleted. Only its name and description can be changed. Wenzi 'and the monitoring of the coffee and the inspection age] can be added, modified and deleted to provide flexible access to the monitoring module. 6. The enterprise service integration message platform monitoring system described in item 2 of the patent application scope, wherein the group is an authorized object of the function code, and each group can be granted a function code of any category and number. Permissions, administrators of this system can add, modify, or delete groups, but each group must have a unique group code. 7. The application service integration message platform monitoring system described in Item 1 of the application, wherein the report management module is connected to the Chunghwa Telecom enterprise application software integration application service field database through the JDBC interface, and reads the data. Table, and statistics on its use, made into a chart display. 8. An enterprise service integration message platform monitoring system as described in the scope of patent claim ,i, wherein the active squad, when the data obtained by the system's supervisory team reaches the alarm bar 26 200844876, will inform the wire The reward group conducted (4), and the # method was divided into email, mobile phone intercom and application service monitoring computer. 9. If the enterprise service integration message platform monitoring system described in item 8 of the patent application scope is applied, the email alert method is transmitted through! The Guardian, the SMTP and the user-defined sender name and address set by the sender, will send the alarm email to the designated recipient's mailbox. ρ 10. An enterprise service integrated information platform monitoring system according to item 8 of the scope of the patent, wherein the hand-held casting material is a Soekettoak service, which transmits an alarm message to a designated user's mobile phone. 11_If the towel w patent supplements the 8th item, the enterprise Wei service integrated information platform monitoring system, wherein the application service monitors the computer alarm mode, activates the online monitoring program, and periodically checks the data stored in the database module. The alarm message displays the alarm message through the function of JavaScript, and transmits the alarm message to the designated user through the application service monitoring computer. China/Specialty She is the enterprise service integration information platform monitoring system described in item 2, which should be the (4) unified supervision system for the implementation of enterprise software integration, the application system, and the advanced monitoring system. : Application system host connection status, application system • Ό果力i towel time, application system response time, integration with enterprise application software. The line condition is continuously monitored twice; the monitoring module takes the http request for the back-end application service according to the execution monitoring connection parameter, and the monitoring module records the result according to the response of the back-end application service function until the next application system processing result After normal, stop recording function is different. 200844876 Normal time, when the monitoring module is in the application system and the processing result is normal, the _Qing coffee will be sent to the __, the scale field, which is the enterprise software. Integration (4) processing time and application response time based on the application system database. As described in item 1 of the cap patent, the seed-reading service integrated message platform monitoring system, in which the enterprise Gusoft·He Jiancong _ is monitoring the host server of the executive enterprise-lang software integration management server, and the monitoring items include Cpu load, slimming load rate, hard load rate, network connection response _, five factors such as the integration of the enterprise software and the service load rate. The main features are: monitoring module every second Monitor once, continuously monitor twice, get the average of the three times, in order to obtain the average vacancy rate of cpu, and then reduce the average vacancy rate by -100 to get the average cpu load; the 嶋 嶋 group obtains the physical reading body Quantity, in addition to the total amount of memory, the usage rate of the physical memory, the monitoring module records the usage rate of the highest usage file system, as the data of the file system load rate; the monitoring module continuously tests the preset The router obtains its average response time five times as the data of the network connection response time; the monitoring module lists all the system programs of the enterprise application software integration server, and filters the names one by one to start with tibc〇admin Program, which will increase the total CPU usage, get a load of enterprise application software consolidation of servers. 14_ application system status monitoring method, which is applied in the enterprise service integration information platform, and is used to & measure the status of a plurality of application systems connected to the enterprise service integration message platform, and includes the following steps: (1) sending http request and Ping the backend host; (2) Record the backend application system connection status and backend application system processing results; 28 200844876 (3) Record the backend application system response time; (4) Record the enterprise application software integration overall processing time; 5) Record the platform status to the monitoring database. 15. An enterprise service integration message platform status monitoring method, which is applied in the enterprise service integration information platform for monitoring the status of the enterprise service integration message platform. The method includes the following steps: (1) monitoring the CPU load value; 2) Record the CPU load value; f (3) Monitor the memory load rate value; (4) Record the memory load rate value; (5) Monitor the file system load rate value; (6) Record the file system load rate value; 7) Monitor network connection response time; (8) Record network connection response time; (9) Monitor enterprise application software integration server load rate value; (.:, (10) § Recorded enterprise application software integration servo Load rate value. 16. - Enterprise service integration message platform status monitoring data statistics method, which is used in the enterprise service integration information platform to monitor the status of the enterprise service integration information platform, and based on the data of ^, It includes the following steps: (1) connecting the monitoring database; (2) obtaining the current monitoring value; (3) obtaining a list of monitoring operations that meet the recorded monitoring data; 29 200844876 (4) Calculate the serial number of the latest data record of the monitoring operation; (5) Save the latest data of the monitoring operation to the database (6) Accumulate the alarm value of the monitoring operation; (7) Perform the alarm operation; (8) Update the status of the monitoring operation ; - 疋 有 has unprocessed monitoring operations, if the phase sequence from the above calculation of the latest data record of the monitoring operation is repeated. 17·If the application scope of the patent application area 16 The statistical method, wherein the step of monitoring the alarm value of the monitoring operation comprises: (1) checking the latest data of the monitoring operation; (2) the latest data of the monitoring operation exceeds the alarm value, and the accumulation of the monitoring operation is lost. The total number of alarm values exceeded; (3) Update the serial number of the monitoring operation and the newest mosquito time. ^ Stomach specializes in the enterprise-service integrated information platform status monitoring data described in item 16 The operation steps include: (1) checking the alarm condition; (2) satisfying the alarm condition, and riding the knowing agent to alert the group; 1 (3) updating the report of the monitoring operation The number of times is as follows: The enterprise service integration information platform status monitoring data system as described in Item 16 of the patent domain, wherein the update of the age of the test includes: (1) checking the number of monitoring times specified by the monitoring item; 200844876 (2) If the monitoring item has completed the specified number of monitoring, update the status code of the monitoring operation 0 31