CN104219306A - Monitoring system for message-oriented middleware - Google Patents
Monitoring system for message-oriented middleware Download PDFInfo
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- CN104219306A CN104219306A CN201410443404.8A CN201410443404A CN104219306A CN 104219306 A CN104219306 A CN 104219306A CN 201410443404 A CN201410443404 A CN 201410443404A CN 104219306 A CN104219306 A CN 104219306A
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Abstract
The invention provides a monitoring system for a message-oriented middleware. A monitoring module is arranged in a manufacturing execution system, so that unprocessed data stored in a data caching unit in the message-oriented middleware can be monitored, a result on monitoring of the data is fed back to workers in real time, so that the workers can know problems existing in the message-oriented middleware timely when the message-oriented middleware works and take corresponding measures to solve the problems, and the stability of the message-oriented middleware is improved. The problems that because the working state of the message-oriented middleware is not monitored by the monitoring system, the problems existing in the message-oriented middleware cannot be controlled in real time, and the message-oriented middleware cannot stably work for a long time are solved.
Description
Technical field
The present invention relates to semiconductor manufacturing execution technique field, particularly a kind of supervisory control system of message-oriented middleware.
Background technology
Distributed system refers to that the application product of bulky complex is operated on multiple stage machine by multiple program and realizes, and multiple programs that multiple stage machine runs carry out transfer of data work each other is message-oriented middleware.Message-oriented middleware is the system adopting asynchronous system to transmit message between message issuer and subscriber.Issue owing to adopting asynchronous system, so need the current data also do not sent temporarily to leave in data buffer storage unit, send successfully in data and data are deleted from data buffer storage unit, but because the data message amount transmitted by message-oriented middleware in the unit interval is excessive, and maintain machine of can not delaying for 7 × 24 hours, probably occur that the data volume stored in database exceedes the situation of the capacity of data buffer storage unit, even occur the phenomenon of the collapse of information middleware.As shown in the above for the normal work of distributed system, vital effect is played to the performance of message-oriented middleware, but to the operating state of message-oriented middleware, this area does not still have corresponding system to monitor it so far, therefore the supervisory control system needing a kind of message-oriented middleware badly carrys out the performance of monitoring message middleware, knows message-oriented middleware not operating state in the same time.
Summary of the invention
The object of the present invention is to provide a kind of supervisory control system of message-oriented middleware, message-oriented middleware of the prior art is used to monitor owing to not having the operating state of supervisory control system to message-oriented middleware to solve, the Problems existing of message-oriented middleware cannot be grasped in real time, and then the work of message-oriented middleware long-term stability cannot be guaranteed.
For solving the problems of the technologies described above, the invention provides a kind of supervisory control system of message-oriented middleware, the supervisory control system of described message-oriented middleware comprises: message-oriented middleware and set up the manufacturing execution system communicated with described message-oriented middleware; Wherein,
Be provided with data buffer storage unit in described message-oriented middleware, described data buffer storage unit is used for depositing untreated data in message-oriented middleware;
Be provided with monitoring module in described manufacturing execution system, described monitoring module monitors the data deposited in described data buffer storage unit, and feeds back to staff during fructufy by monitor data.
Optionally, in the supervisory control system of described message-oriented middleware, described monitoring module is monitored the data deposited in described data buffer storage unit and is comprised: monitor the type of the data deposited in described data buffer storage unit and monitor the quantity of the data deposited in described data buffer storage unit.
Optionally, in the supervisory control system of described message-oriented middleware, the type of the data deposited in the described data buffer storage unit of described monitoring comprises the following steps:
Monitoring module is regularly sampled to described data buffer storage unit, and the data obtained sampling write the journal file of described monitoring module;
Data in described journal file are carried out collating sort, and in database stored in described monitoring module;
By the data feedback that stores in described database to staff.
Optionally, in the supervisory control system of described message-oriented middleware, the quantity of the data deposited in the described data buffer storage unit of described monitoring comprises the following steps:
Monitoring module is regularly sampled to described data buffer storage unit, and the data obtained sampling write the journal file of described monitoring module;
Data in described journal file are carried out collating sort, and in database stored in described monitoring module;
Judge whether the quantity of the data stored in described database exceedes the predetermined amount of data of data buffer storage unit.
Whether alert notice staff is selected according to judged result.
Optionally, in the supervisory control system of described message-oriented middleware, described predetermined amount of data is less than the memory capacity of described data buffer storage unit.
Optionally, in the supervisory control system of described message-oriented middleware, the mode of described warning comprises: mail, note or phone.
Optionally, in the supervisory control system of described message-oriented middleware, described message-oriented middleware is TIBCO RV middleware, for receiving information and transmission information.
Optionally, in the supervisory control system of described message-oriented middleware, be provided with Workflow system in described manufacturing execution system, described monitoring module is arranged in described Workflow system.
In the supervisory control system of message-oriented middleware provided by the present invention, by increasing the monitoring module of setting in manufacturing execution system, thus realize the monitoring of untreated data in the message-oriented middleware that the data buffer storage unit in message-oriented middleware is deposited, and feed back to staff during fructufy by monitor data, so that staff can know the problem that message-oriented middleware is operationally existing in time, and take corresponding measure to solve, improve the stability of message-oriented middleware.Avoid owing to not having the operating state of supervisory control system to message-oriented middleware to monitor, thus the problem existing for message-oriented middleware cannot be grasped in real time, cause the problem of the work that message-oriented middleware cannot be steady in a long-term.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of the supervisory control system of message-oriented middleware in one embodiment of the invention.
In Fig. 1:
Manufacturing execution system-10; Message-oriented middleware-20; Data buffer storage unit-200; Monitoring module-100.
Embodiment
Be described in further detail below in conjunction with the supervisory control system of the drawings and specific embodiments to the message-oriented middleware that the present invention proposes.According to the following describes and claims, advantages and features of the invention will be clearer.It should be noted that, accompanying drawing all adopts the form that simplifies very much and all uses non-ratio accurately, only in order to object that is convenient, the aid illustration embodiment of the present invention lucidly.
Please refer to Fig. 1, it is the schematic diagram of the supervisory control system of message-oriented middleware in one embodiment of the invention, as shown in Figure 1, the supervisory control system of described message-oriented middleware comprises: message-oriented middleware 20 and set up the manufacturing execution system 10 communicated with described message-oriented middleware 20; Wherein, be provided with data buffer storage unit 200 in described message-oriented middleware 20, described data buffer storage unit 200 is for depositing untreated data in message-oriented middleware 20; Be provided with monitoring module 100 in described manufacturing execution system 10, described monitoring module monitors the data deposited in described data buffer storage unit 200, and feeds back to staff during fructufy by monitor data.
Further, manufacturing execution system those skilled in the art are also called MES, and it is the production information management system of a set of Manufacture Enterprise workshop execution level.MES can provide for enterprise administration modules such as comprising Manufacturing Data Management, plan scheduling management, Production scheduling management, stock control, quality management, human resource management, work centre/equipment control, instrument tool management, purchasing management, cost management, project kanban system, production process control, bottom data integrated analysis, the integrated decomposition of upper layer data, for enterprise makes sturdy, reliable, comprehensive, a feasible manufacture cooperating management platform.
In the present embodiment, described monitoring module is monitored the data deposited in described data buffer storage unit 200 and is untreated data in the message-oriented middleware 20 deposited in described data buffer storage unit 200.Wherein, described monitoring module is monitored the data deposited in described data buffer storage unit 200 and is comprised: monitor the type of the data deposited in described data buffer storage unit 200 and monitor the quantity of the data deposited in described data buffer storage unit 200.By the data deposited in monitor data buffer unit 200, staff can know the health status of message-oriented middleware 20, when staff has known the data cases deposited in different time data buffer unit 200, can by data entry form, utilize software by the data genaration data string diagram in table, can know that message-oriented middleware 20 is in not health status in the same time intuitively by data string diagram, thus take corresponding effective measures to solve for its Problems existing.
Further, the type of the data deposited in the described data buffer storage unit of described monitoring 200 comprises the following steps: monitoring module 100 is regularly sampled to described data buffer storage unit 200, and the data obtained sampling write the journal file of described monitoring module 100; Data in described journal file are carried out collating sort, and in database stored in described monitoring module 100; By the data feedback that stores in described database to staff.The journal file (i.e. log file) mentioned in the present embodiment is not one, but generate a journal file according to the requirements set one set time section of reality, each journal file stores the data that all samplings of corresponding set time section obtain, data in described journal file are carried out collating sort, some exception of data of those types can be known intuitively in follow-up drawn data string diagram, and then be convenient to the roughly place that staff knows problem existence, reduce the consume of manpower and materials.
Further, the quantity of the data deposited in the described data buffer storage unit of described monitoring 200 comprises the following steps: monitoring module 100 is regularly sampled to described data buffer storage unit 200, and the data obtained sampling write the journal file of described monitoring module 100; Data in described journal file are carried out collating sort, and in database stored in described monitoring module 100; Judge whether the quantity of the data stored in described database exceedes the predetermined amount of data of data buffer storage unit 200.Whether alert notice staff is selected according to judged result.Preferably, described predetermined amount of data is less than the memory capacity of described data buffer storage unit 200.Here the predetermined amount of data mentioned is artificial setting, in order to avoid when untreated overabundance of data in certain a moment message-oriented middleware 20 of depositing in data buffering list, when will exceed the memory capacity of data buffer storage unit 200 at once, staff is reminded to take measures to process in the mode of reporting to the police, reduce the probability occurring that the existing picture that message-oriented middleware 20 delays machine occurs, avoid causing unnecessary loss.
Further, the mode of described warning comprises: mail, note or phone.When the quantity of the data stored in database exceedes the predetermined amount of data of data buffer storage unit 200, monitoring module 100 is in alarm condition, and informs staff by the mode of mail, note or phone.
Further, described message-oriented middleware 20 is TIBCO RV middleware, for receiving information and transmission information.
Further, be provided with Workflow system in described manufacturing execution system 10, described monitoring module 100 is arranged in described Workflow system.
To sum up, in the supervisory control system of message-oriented middleware provided by the present invention, by increasing the monitoring module of setting in manufacturing execution system, thus realize the monitoring of untreated data in the message-oriented middleware that the data buffer storage unit in message-oriented middleware is deposited, and feed back to staff during fructufy by monitor data, so that staff can know the problem that message-oriented middleware is operationally existing in time, and takes corresponding measure to solve, improve the stability of message-oriented middleware.Avoid owing to not having the operating state of supervisory control system to message-oriented middleware to monitor, thus the problem existing for message-oriented middleware cannot be grasped in real time, cause the problem of the work that message-oriented middleware cannot be steady in a long-term.
Foregoing description is only the description to present pre-ferred embodiments, any restriction not to the scope of the invention, and any change that the those of ordinary skill in field of the present invention does according to above-mentioned disclosure, modification, all belong to the protection range of claims.
Claims (8)
1. a supervisory control system for message-oriented middleware, is characterized in that, comprising: message-oriented middleware and set up the manufacturing execution system communicated with described message-oriented middleware; Wherein,
Be provided with data buffer storage unit in described message-oriented middleware, described data buffer storage unit is used for depositing untreated data in message-oriented middleware;
Be provided with monitoring module in described manufacturing execution system, described monitoring module monitors the data deposited in described data buffer storage unit, and feeds back to staff during fructufy by monitor data.
2. the supervisory control system of message-oriented middleware as claimed in claim 1, it is characterized in that, described monitoring module is monitored the data deposited in described data buffer storage unit and is comprised: monitor the type of the data deposited in described data buffer storage unit and monitor the quantity of the data deposited in described data buffer storage unit.
3. the supervisory control system of message-oriented middleware as claimed in claim 2, it is characterized in that, the type of the data deposited in the described data buffer storage unit of described monitoring comprises the following steps:
Monitoring module is regularly sampled to described data buffer storage unit, and the data obtained sampling write the journal file of described monitoring module;
Data in described journal file are carried out collating sort, and in database stored in described monitoring module;
By the data feedback that stores in described database to staff.
4. the supervisory control system of message-oriented middleware as claimed in claim 2, it is characterized in that, the quantity of the data deposited in the described data buffer storage unit of described monitoring comprises the following steps:
Monitoring module is regularly sampled to described data buffer storage unit, and the data obtained sampling write the journal file of described monitoring module;
Data in described journal file are carried out collating sort, and in database stored in described monitoring module;
Judge whether the quantity of the data stored in described database exceedes the predetermined amount of data of data buffer storage unit.
Whether alert notice staff is selected according to judged result.
5. the supervisory control system of message-oriented middleware as claimed in claim 4, it is characterized in that, described predetermined amount of data is less than the memory capacity of described data buffer storage unit.
6. the supervisory control system of message-oriented middleware as claimed in claim 4, it is characterized in that, the mode of described warning comprises: mail, note or phone.
7. the supervisory control system of the message-oriented middleware according to any one of claim 1-6, is characterized in that, described message-oriented middleware is TIBCO RV middleware, for receiving information and transmission information.
8. the supervisory control system of the message-oriented middleware according to any one of claim 1-6, is characterized in that, is provided with Workflow system in described manufacturing execution system, and described monitoring module is arranged in described Workflow system.
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