CN103378995A - Method, server and system for monitoring pipelines in distributed mode - Google Patents
Method, server and system for monitoring pipelines in distributed mode Download PDFInfo
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Abstract
The invention relates to a method, server and system for monitoring pipelines in a distributed mode. The method comprises the steps that the monitor server creates a corresponding thread for each monitored pipeline, and the threads are operated to monitor the pipelines; when data existing in the pipelines are monitored, corresponding processing is carried out on the data according to preset configuration information; after processed, the data are written into a cloud cache message queue which is created in advance. According to the method, server and system for monitoring the pipelines in the distributed mode, the characteristics of high performance, high reliability and expansibility of the cloud cache message queue are utilized, the system configuration is quite flexible, various separators are supported, meanwhile, according to the message format of the pipeline data, the regular expression configuration is adopted, and the key information can be flexibly extracted. The multiple threads are adopted to monitor the system pipelines, one thread monitors one pipeline, real-time high-performance monitoring of the pipelines is achieved, and the processing efficiency of the data is improved.
Description
Technical field
The present invention relates to the distributed system applied technical field, relate in particular to a kind of method, server and system of the distributed monitoring pipeline based on high performance DCACHE-MQ (cloud storing message queue mechanism).
Background technology
Distributed system (distributed system) is the software systems that are based upon on the network, because the characteristic of software, so that distributed system has cohesion and the transparency of height.In a distributed system, one group independently computer to represent be a unified integral body to the user.System has physics and the logical resource of many general, dynamic allocating task, and physics and the logical resource of dispersion are realized information exchange by computer network.
Have the mode supervisory computer distribution of resource formula operating system with the overall situation in the distributed system, it can be any dispatch network resource of user, and scheduling process is " transparent ".When the user submitted an operation to, distributed operating system can be as required selected only processor in system, and user's operation is submitted to this handling procedure, after processor fulfils assignment, the result was passed to the user.
Distributed Message Queue is one of significant components in the distributed system, outside data communication device crossed certain forms be input in this Distributed Message Queue, Distributed Message Queue again with data-pushing to terminal processes
But existing distributed system can't realize the real-time high-performance monitoring transmission to data.
Summary of the invention
Main purpose of the present invention is to provide a kind of method, server and system of distributed monitoring pipeline, is intended to realize that the real-time high-performance monitoring to the distributed system data transmits.
In order to achieve the above object, the present invention proposes a kind of method of distributed monitoring pipeline, comprising:
Monitoring server is that each monitored pipeline creates corresponding thread, moves described thread described pipeline is monitored;
When in monitoring described pipeline, having data, according to the configuration information that presets described data are carried out respective handling;
Data after processing are write the cloud buffered message formation that is pre-created.
Preferably, described monitoring server also comprises for the step that each monitored pipeline creates corresponding thread before:
Described monitoring server obtains the configuration information that presets after starting; Load dynamic data base and carry out initialization procedure, and create the formation of described cloud buffered message.
Preferably, described when having data in monitoring described pipeline, the step of described data being carried out respective handling according to the configuration information that presets comprises:
When in monitoring described pipeline, having data, described Data Segmentation is become the message data of wall scroll according to the decollator in the described configuration information;
According to the message format that disposes in the described configuration information, with the key message extraction of described message data.
Preferably, described configuration information comprises: monitored pipeline name and routing information; The information of cloud buffered message formation; And the message format of the separator of pipeline data and extraction data.
Preferably, the data after described will the processing also comprise after writing the step of the cloud buffered message formation that is pre-created:
Described monitoring server is processed described data-pushing to terminal by the formation of described cloud buffered message.
The present invention also proposes a kind of monitoring server of distributed monitoring pipeline, comprising:
Monitoring pipeline module is used to each monitored pipeline to create corresponding thread, moves described thread described pipeline is monitored;
Data processing module is used for according to the configuration information that presets described data are carried out respective handling, and the data after will processing writing the cloud buffered message formation that is pre-created when there are data in described monitoring pipeline module monitors to described pipeline.
Preferably, this server also comprises:
Configuration module is used for obtaining the configuration information that presets after described monitoring server starts; Load dynamic data base and carry out initialization procedure, and create the formation of described cloud buffered message.
Preferably, described data processing module also is used for described Data Segmentation being become the message data of wall scroll according to the decollator in the described configuration information when there are data in monitoring pipeline module monitors to described pipeline; According to the message format that disposes in the described configuration information, with the key message extraction of described message data.
Preferably, this server also comprises:
The formation sending module is used for by the formation of described cloud buffered message described data-pushing to terminal being processed.
The present invention also proposes a kind of distributed monitoring system, it is characterized in that, comprises aforesaid monitoring server.
Method, server and the system of a kind of distributed monitoring pipeline that the present invention proposes, but utilize the high-performance of cloud buffered message formation, highly reliable and extension characteristic, so that system configuration is very flexible, support various separators, the message format of pipeline data adopts the regular expression configuration simultaneously, can extract flexibly key message; Adopt multithreading that system pipeline is monitored, pipeline of a thread monitor has been realized the real-time high-performance monitoring to pipeline.
Description of drawings
Fig. 1 is the schematic flow sheet of method one embodiment of distributed monitoring pipeline of the present invention;
Fig. 2 is the schematic flow sheet of another embodiment of method of distributed monitoring pipeline of the present invention;
Fig. 3 is the structural representation of monitoring server one embodiment of distributed monitoring pipeline of the present invention;
Fig. 4 is the structural representation of another embodiment of monitoring server of distributed monitoring pipeline of the present invention;
Fig. 5 is the structural representation of distributed monitoring system one embodiment of the present invention.
In order to make technical scheme of the present invention clearer, clear, be described in further detail below in conjunction with accompanying drawing.
Embodiment
The solution of the embodiment of the invention mainly is: system obtains configuration information after starting, and loads the dynamic library file of DCACHE, initialization DCACHE, and create the formation of cloud buffered message; Create afterwards some threads, the corresponding pipeline of each thread, by pipeline corresponding to active thread monitoring, in case data occur in the discovery pipeline, then data are taken out, according to the decollator in the configuration information Data Segmentation is become the message data of a rule, and extract according to the key message of message format configuration with message data, the message data after then will processing writes the formation of cloud buffered message.
The present invention utilizes the original Key-Value access facility of distributed cache system (DCACHE), the point-to-point message queue mechanism of one cover (being called for short DCACHE-MQ) is provided, but and based on high-performance, the highly reliable and extension characteristic of this point-to-point message queue mechanism medium cloud buffered message formation, realize the real-time high-performance monitoring to pipeline.
As shown in Figure 1, one embodiment of the invention proposes a kind of method of distributed monitoring pipeline, comprising:
Step S101, monitoring server are that each monitored pipeline creates corresponding thread, and active thread is monitored pipeline;
Monitoring server obtains the configuration information that presets in advance in the present embodiment, and has created the formation of cloud buffered message.When pipeline is monitored, create some threads, each thread creates a pipe file, by the pipe file of thread corresponding pipeline is monitored.Thread no longer does other anything the pipeline except monitoring, thereby guarantees real-time and the high-performance that data are processed.
Step S102 when having data in monitoring pipeline, carries out respective handling according to the configuration information that presets to data;
The configuration information that presets obtains when monitoring server starts, and is kept at monitoring server this locality after also can reading in advance.
Wherein, the needed configuration information of system comprises: monitored pipeline name and routing information; The information of cloud buffered message formation; And the separator of pipeline data and extract the message format etc. of data, specifically comprise: the space of monitoring number of tubes, print log rank, pipe file complete trails, Data Segmentation symbol, message format, DCACHE operation number, cloud buffered message queued name, cloud buffered message formation expired time and cloud buffered message queue length etc.; Message format specifically adopts the regular expression configuration.
The present embodiment monitoring server adopts multi-thread mechanism, and each thread comprises all functions of a sets of data processing section, and the data of each thread are processed and are independent of each other, and can greatly improve data-handling efficiency thus.
When in monitoring pipeline, having data, ducted data are taken out, according to the decollator of configuration Data Segmentation is become the message data of a rule, and according to the message format of configuration, the key message of message data is extracted, finish thus the processing of data.
Step S103 writes the cloud buffered message formation that is pre-created with the data after processing.
The mode that data based DCACHE after processing is provided writes in the formation of cloud buffered message, then by the formation of cloud buffered message data-pushing is carried out respective handling to user terminal.
But present embodiment utilizes the high-performance of cloud buffered message formation, highly reliable and extension characteristic, so that system configuration is very flexible, supports various separators, and the message format of pipeline data adopts the regular expression configuration simultaneously, can extract flexibly key message; Adopt multithreading that system pipeline is monitored, pipeline of a thread monitor has been realized the real-time high-performance monitoring to pipeline.
As shown in Figure 2, another embodiment of the present invention proposes a kind of method of distributed monitoring pipeline, on the basis of above-described embodiment, also comprises before above-mentioned steps S101:
Step S100, monitoring server obtains the configuration information that presets after starting; Load dynamic data base and carry out initialization procedure, and create the formation of cloud buffered message.
The difference of present embodiment and above-described embodiment is that monitoring server related configuration information and formation of cloud buffered message when the monitoring pipeline starts rear Real-time Obtaining at monitoring server in the present embodiment.
Particularly, after monitoring server starts, obtain the configuration information that presets, load the dynamic library file of DCACHE, initialization DCACHE, and create the formation of cloud buffered message; Create afterwards some threads, each thread creates a pipe file, and then, active thread is monitored corresponding pipeline; In case data occur in the discovery pipeline, then data are taken out, according to the decollator in the configuration Data Segmentation is become the message data of a rule, and extract according to the key message of message format configuration with data-message, the message data after then will processing writes the formation of cloud buffered message.
But present embodiment utilizes the high-performance of cloud buffered message formation, highly reliable and extension characteristic, so that system configuration is very flexible, supports various separators, and the message format of pipeline data adopts the regular expression configuration simultaneously, can extract flexibly key message; Adopt multithreading that system pipeline is monitored, pipeline of a thread monitor has been realized the real-time high-performance monitoring to pipeline; By the Real-time Obtaining configuration messages and create the formation of cloud buffered message, further improved systematic function simultaneously.
As shown in Figure 3, one embodiment of the invention proposes a kind of monitoring server of distributed monitoring pipeline, comprise: monitoring pipeline module 301 and data processing module 302, wherein: each monitoring pipeline module 301 connects corresponding passage, data processing module 302 connects cloud buffered message formation 303, and the formation 303 of cloud buffered message is connected with user terminal 304.
Particularly, in the present embodiment, monitoring pipeline module 301 is used to each monitored pipeline to create corresponding thread, simultaneously, after thread starts, by active thread described pipeline is monitored;
Monitoring server obtains the configuration information that presets in advance in the present embodiment, and has created the formation of cloud buffered message.When 301 pairs of pipelines of monitoring pipeline module are monitored, create some threads, each thread creates a pipe file, by the pipe file of thread corresponding pipeline is monitored.Thread no longer does other anything the pipeline except monitoring, thereby guarantees real-time and the high-performance that data are processed.
The configuration information that presets obtains when monitoring server starts, and is kept at monitoring server this locality after also can reading in advance.
Wherein, the needed configuration information of system comprises: monitored pipeline name and routing information; The information of cloud buffered message formation; And the separator of pipeline data and extract the message format etc. of data, specifically comprise: the space of monitoring number of tubes, print log rank, pipe file complete trails, Data Segmentation symbol, message format, DCACHE operation number, cloud buffered message queued name, cloud buffered message formation expired time and cloud buffered message queue length etc.Message format specifically adopts the regular expression configuration.
The present embodiment monitoring server adopts multi-thread mechanism, and each thread comprises all functions of a sets of data processing section, and the data of each thread are processed and are independent of each other, and can greatly improve data-handling efficiency thus.
When monitoring pipeline module 301 monitors when having data in the pipeline, data processing module 302 takes out ducted data, Data Segmentation is become the message data of a rule according to the decollator of configuration, and according to the message format that disposes, the key message of message data is extracted, finish thus the processing of data.
The mode that data based DCACHE after processing is provided writes in the formation of cloud buffered message, then by the formation of cloud buffered message data-pushing is carried out respective handling to user terminal.
But present embodiment utilizes the high-performance of cloud buffered message formation, highly reliable and extension characteristic, so that system configuration is very flexible, supports various separators, and the message format of pipeline data adopts the regular expression configuration simultaneously, can extract flexibly key message; Adopt multithreading that system pipeline is monitored, pipeline of a thread monitor has been realized the real-time high-performance monitoring to pipeline.
As shown in Figure 4, another embodiment of the present invention proposes a kind of monitoring server of distributed monitoring pipeline, on the basis of above-described embodiment, also comprises: configuration module 300 and formation sending module 305, wherein:
The difference of present embodiment and above-described embodiment is that monitoring server related configuration information and formation of cloud buffered message when the monitoring pipeline starts rear Real-time Obtaining at monitoring server in the present embodiment.
Particularly, after starting, monitoring server reads the configuration information that presets by configuration module 300, obtain the pipeline name, the routing information that need monitoring, obtain the information that writes the formation of cloud buffered message, comprise the length, the term of validity of title, the formation of cloud buffered message of the formation of cloud buffered message etc., obtain simultaneously the separator of pipeline data and extract the information such as message format of data.
After running through configuration information, load the dynamic library file of DCACHE, initialization DCACHE, and create the formation of cloud buffered message; Create some threads by monitoring pipeline module 301 afterwards, each thread creates a pipe file, and then, active thread is monitored corresponding pipeline; In case monitoring pipeline module 301 is found data to occur in the pipeline, then by data processing module 302 data are taken out, Data Segmentation is become the message data of a rule according to the decollator in the configuration, and according to the key message extraction of message format configuration with data-message, the message data after then will processing writes the formation of cloud buffered message.
Further, in the present embodiment, data-pushing to the terminal that also writes in the formation of cloud buffered message by formation sending module 303 is processed.
As shown in Figure 5, one embodiment of the invention also proposes a kind of distributed monitoring system, and this system comprises the monitoring server 501 described in above-described embodiment, and its 26S Proteasome Structure and Function characteristics please refer to described embodiment, do not repeat them here.
Method, server and the system of embodiment of the invention distributed monitoring pipeline, but utilize the high-performance of cloud buffered message formation, highly reliable and extension characteristic, so that system configuration is very flexible, support various separators, the message format of pipeline data adopts the regular expression configuration simultaneously, can extract flexibly key message; Adopt multithreading that system pipeline is monitored, pipeline of a thread monitor has been realized the real-time high-performance monitoring to pipeline, and has improved the efficient that data are processed.
The above only is the preferred embodiments of the present invention; be not so limit claim of the present invention; every equivalent structure or flow process conversion that utilizes specification of the present invention and accompanying drawing content to do; or directly or indirectly be used in other relevant technical field, all in like manner be included in the scope of patent protection of the present invention.
Claims (10)
1. the method for a distributed monitoring pipeline is characterized in that, comprising:
Monitoring server is that each monitored pipeline creates corresponding thread, moves described thread described pipeline is monitored;
When in monitoring described pipeline, having data, according to the configuration information that presets described data are carried out respective handling;
Data after processing are write the cloud buffered message formation that is pre-created.
2. method according to claim 1 is characterized in that, described monitoring server also comprises for the step that each monitored pipeline creates corresponding thread before:
Described monitoring server obtains the configuration information that presets after starting; Load dynamic data base and carry out initialization procedure, and create the formation of described cloud buffered message.
3. method according to claim 1 and 2 is characterized in that, described when having data in monitoring described pipeline, the step of described data being carried out respective handling according to the configuration information that presets comprises:
When in monitoring described pipeline, having data, described Data Segmentation is become the message data of wall scroll according to the decollator in the described configuration information;
According to the message format that disposes in the described configuration information, with the key message extraction of described message data.
4. method according to claim 3 is characterized in that, described configuration information comprises: monitored pipeline name and routing information; The information of cloud buffered message formation; And the message format of the separator of pipeline data and extraction data.
5. method according to claim 3 is characterized in that, the step that the data after described will the processing write the cloud buffered message formation that is pre-created also comprises afterwards:
Described monitoring server is processed described data-pushing to terminal by the formation of described cloud buffered message.
6. the monitoring server of a distributed monitoring pipeline is characterized in that, comprising:
Monitoring pipeline module is used to each monitored pipeline to create corresponding thread, moves described thread described pipeline is monitored;
Data processing module is used for according to the configuration information that presets described data are carried out respective handling, and the data after will processing writing the cloud buffered message formation that is pre-created when there are data in described monitoring pipeline module monitors to described pipeline.
7. monitoring server according to claim 6 is characterized in that, also comprises:
Configuration module is used for obtaining the configuration information that presets after described monitoring server starts; Load dynamic data base and carry out initialization procedure, and create the formation of described cloud buffered message.
8. according to claim 6 or 7 described monitoring servers, it is characterized in that,
Described data processing module also is used for described Data Segmentation being become the message data of wall scroll according to the decollator in the described configuration information when there are data in monitoring pipeline module monitors to described pipeline; According to the message format that disposes in the described configuration information, with the key message extraction of described message data.
9. monitoring server according to claim 8 is characterized in that, also comprises:
The formation sending module is used for by the formation of described cloud buffered message described data-pushing to terminal being processed.
10. a distributed monitoring system is characterized in that, comprises each described monitoring server among the claim 6-9.
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