CN103747074B - mobile monitoring system based on Web server - Google Patents

Abstract

The invention discloses a mobile monitoring system based on a Web server, which includes a mobile intelligent terminal installed with a web browser supporting HTML5 technical specifications, a Web server based on a service-oriented architecture, and an application system to be monitored; the web browser Carry out data connection with Web server through Internet according to user's request; Mobile intelligent terminal starts web browser and sends access request and control order to Web server, to monitor described application system to be monitored; After Web server receives access request, receives described mobile The control command issued by the smart terminal acquires the monitoring data of the application system to be monitored in real time and feeds it back to the mobile smart terminal. The mobile monitoring system based on the Web server provided by the invention avoids the limitation of different operating systems, realizes the online maintenance of the data monitoring system, and improves the maintenance efficiency and the overall performance of the monitoring system.

Description

Mobile Monitoring System Based on Web Server

technical field

The invention relates to the technical field of data monitoring, in particular to a mobile monitoring system based on a Web server.

Background technique

Now there are more and more mobile smart terminals, such as smart phones, tablet computers and other smart portable devices, which are widely used because they are easy to carry, can connect to the Internet anytime, anywhere, stand by and install multi-purpose engineering application system software and entertainment games.

In the field of data monitoring technology, traditional data monitoring methods are mainly oriented to PC (Personal Computer, personal computer) users, using PCs as clients, and accessing the application systems required to be monitored by connecting to the Internet, such as enterprise internal data systems. However, PCs are usually installed in offices, and they are too bulky to carry; even if a notebook computer is used as a client, it still seems bloated and lacks portability in the current era where the pace of work is accelerating day by day.

In view of the deficiencies in the traditional data monitoring system, relevant manufacturers have proposed to use mobile smart terminals, especially smart phones, as the client of the data monitoring system to build a mobile monitoring system.

Due to the various types of operating systems of existing mobile smart terminals, the smart terminal operating systems based on Linux embedded systems include Android (Android), MeeGo (operating systems launched by Nokia and Intel), WebOS (operating systems launched by Hewlett-Packard). operating system), other types of smart terminal operating systems include Mac OS (operating system launched by Apple Inc.), BlackBerry OS (BlackBerry operating system), etc. Therefore, the differences between operating systems for different mobile smart terminals When using the smart terminal as the client of the data monitoring system, it is necessary to solve the compatibility problem between different operating systems.

Usually, the existing solution is: develop a local software client for different smart terminal operating systems, and after setting the corresponding specific support software on the server side, the smart terminal installs the local software client corresponding to its operating system, you can pass The server is connected to the data monitoring system to monitor the corresponding application system to be monitored. Although the mobile intelligent terminal adopts an open mode in the local application development architecture, this development mode is a conditional open mode. Both the client and the server require specially developed software support. Therefore, in order to solve the operating system compatibility of different mobile smart mobile terminals, the entire monitoring system needs to be specially developed according to specific requirements. The defect of this existing solution is that it is necessary to customize and develop a set of support software for each operating system as the client, and the server also needs corresponding software support, which does not realize the compatibility of the real operating system; in addition, With the diversification and fast-changing demands of mobile communication products, a large number of update operations need to be performed when performing function adjustments in the data monitoring system or software upgrades in the client, which increases the complexity and complexity of the later maintenance of the data monitoring system. Difficulty, high cost of system maintenance and low efficiency; third, the server in the data monitoring system is difficult to integrate functions with other application systems, does not support data mining and data fusion, and fails to make full use of the existing resources in the data monitoring system.

Contents of the invention

The technical problem to be solved by the present invention is to provide a mobile monitoring system based on a Web server, how to solve the difference between the operating systems of different mobile smart terminals, and improve the convenience of the mobile smart terminal as a client to access the application system to be monitored , and reduce the maintenance difficulty and complexity of the mobile monitoring system, thereby improving the overall performance of the mobile monitoring system.

In order to solve the above technical problems, the present invention provides a mobile monitoring system based on a Web server, including: a mobile smart terminal installed with a web browser supporting the HTML5 technical specification, a Web server based on a service-oriented architecture, and, to be monitored operating system;

The web browser is used to set multiple network application function sets based on HTML5 technical specifications, and perform data connection with the web server through the Internet according to user requests;

The mobile intelligent terminal is used to start the web browser according to user instructions, and send access requests and control instructions to the web server through the Internet, so as to monitor the application system to be monitored;

The Web server is configured to perform identity verification on the mobile smart terminal after receiving the access request sent by the mobile smart terminal, and receive the control instruction sent by the mobile smart terminal in real time after the verification is passed; according to the The control instruction is to obtain the monitoring data of the application system to be monitored in real time and feed back the monitoring data to the mobile smart terminal.

Further, the mobile intelligent terminal includes a network address transmitter and a page data receiver;

The network address transmitter is configured to send the network address of the mobile smart terminal to the Web server in the form of URL, and send an access request and a control instruction to the Web server;

The page data receiver is configured to receive real-time feedback from the web server about the monitoring data of the application system to be monitored after the web server receives the network address of the mobile smart terminal and establishes a data connection, and feeding back the monitoring data to the web browser;

The web browser is also used to display the monitoring data on a web page according to the HTML5 technical specification.

Preferably, the various network application function sets set by the web browser based on the HTML5 technical specification include: a dynamic vector graphics processor, an audio and video transmission interface, and a camera interface.

Furthermore, the Web server adopts the working mode of the plug-in container bus to establish a data monitoring platform;

The data monitoring platform includes an SOA service interface for accessing functional plug-ins and a plurality of functional plug-ins; the functional plug-ins are distributed and stored on the plug-in container bus to form system functions of the data monitoring platform.

Still further, the SOA service interface is also used to access a third-party service system, so as to realize data fusion between the third-party service system and the data monitoring platform.

Preferably, the functional plug-ins are functionally independent from each other, and the functional plug-ins support online hot swapping.

Preferably, the data monitoring platform stores the monitoring data fed back from the application system to be monitored in the form of plug-ins on the plug-in container bus; and the web server transmits the monitoring data in the form of plug-ins to the The mobile smart terminal.

Still further, the number of the Web servers is one or more;

The web server is also provided with a local interface for vertical cascading expansion on the data monitoring platform, through which a plurality of web servers are formed into a server cluster, and load balancing is implemented on the server cluster.

Still further, the local interface is also used to access one or more database systems, so as to read and write the data of the data monitoring platform in real time.

Preferably, the mobile smart terminal is a smart phone.

A mobile monitoring system based on a Web server provided by the present invention can use a mobile intelligent terminal installed with a web browser supporting the HTML5 technical specification to log in to the Internet through the web browser, and access the system based on the service-oriented architecture through the Internet. Web server, because the web browser of the HTML5 technical specification has nothing to do with the hardware and operating system of the mobile smart terminal, thus avoiding the restrictions of different operating systems of the mobile smart terminal, the mobile smart terminal only needs to start the web browser to access the Web server Further, because the Web server provided by the present invention has adopted based on the SOA service architecture, the various functions of the data monitoring system can continue to be developed independently in the form of plug-ins, and are stored on the plug-in container bus through standard SOA service interfaces. When it is necessary to adjust or update the function of the data monitoring system, it is only necessary to adjust the corresponding functional plug-in instead of adjusting the entire data monitoring system, so the online maintenance of the data monitoring system can be realized and the system maintenance efficiency can be improved; in addition, multiple A web server can also form a server cluster through the local interface, which can realize load balancing, meet the needs of large-capacity data reading and writing and synchronous data collection, and improve the overall performance of the monitoring system.

Description of drawings

Fig. 1 is the structural representation of an embodiment of the mobile monitoring system based on Web server that the present invention provides;

Fig. 2 is a schematic diagram of the organizational structure of the data monitoring platform provided by the embodiment of the present invention;

Fig. 3 is another structural schematic diagram of the mobile monitoring system based on the Web server provided by the embodiment of the present invention.

detailed description

The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the drawings in the embodiments of the present invention.

Referring to FIG. 1 , it is a schematic structural diagram of an embodiment of a mobile monitoring system based on a Web server provided by the present invention.

Specifically, the mobile monitoring system based on a Web server includes: a mobile smart terminal 100 installed with a web browser 101 supporting HTML5 technical specifications, a Web server 200 based on a service-oriented architecture (Service-Oriented Architecture, referred to as SOA), And, the application system 300 is to be monitored.

Wherein, the web browser 101 is configured to set multiple network application function sets based on the HTML5 technical specification, and perform data connection with the Web server 200 through the Internet according to user requests;

The smart mobile terminal 100 is configured to start the web browser 101 according to a user instruction, and send an access request and a control instruction to the web server 200 through the Internet, so as to monitor the application system 300 to be monitored;

The Web server 200 is configured to verify the identity of the mobile smart terminal 100 after receiving the access request sent by the smart mobile terminal 100, and receive the control instruction sent by the smart mobile terminal 100 in real time after the verification is passed. Obtaining the monitoring data of the application system 300 to be monitored in real time according to the control instruction and feeding the monitoring data back to the smart mobile terminal 100 .

A web server is different from a physical web server in that it refers to a program that can provide documents to requesting web browsers. Web servers not only store information, but also run scripts and programs based on information provided by users through web browsers.

HTML (Hypertext Mark-up Language) is an international standard language that defines the structure of electronic documents and describes its content. It is the origin of all electronic document markup languages and provides an extremely powerful tool for syntax markup. At the same time, it has excellent scalability, so it is very useful in data classification and indexing. The difference between HTML5 and other versions of HTML is that, on the one hand, HTML5 strengthens the performance of Web pages; secondly, it adds the functions of Web applications such as local databases. HTML5 can reduce the browser's need for rich web application services that require plug-ins, and provide more standard sets that can effectively enhance web applications. Therefore, the present invention adopts the mobile intelligent terminal 100 that can support the HTML5 web browser as the client of the mobile monitoring system, and does not need to install any drivers related to the mobile monitoring system, and only needs to use the HTML5 version of the mobile intelligent terminal 100 to browse the webpage. Device (i.e. support HTML5), just access the mobile monitoring system through the Internet or wireless network (WIFI).

Therefore, a unified user page function can be realized in the mobile monitoring system provided by the present invention, and more standard function sets that can effectively enhance the network application of the mobile monitoring system are provided through HTML5. Preferably, the web browser 101 is based on The various network application function sets set by the HTML5 technical specification include: dynamic vector graphics processor, audio and video transmission interface and camera interface. However, in a traditional mobile monitoring system, it is necessary to write a dedicated client for each terminal operating system, download and install it on the user's smart terminal, in order to correctly decode the web server 200 and send it to the mobile smart terminal 100. Real-time graphic data, video surveillance real-time picture. In this embodiment, the feature that the HTML5 technical specification has nothing to do with the operating system of the smart terminal 100 client can be effectively used, breaking the limitation of the smart terminal operating system on the mobile monitoring system, and making real sense for mobile smart terminals 100 with different operating systems. Compatible on.

Further, the smart mobile terminal 100 also includes a network address transmitter 102 and a page data receiver 103 .

Wherein, the network address transmitter 102 is configured to send the network address of the mobile intelligent terminal 100 to the Web server 200 in the form of URL (Uniform Resource Locator, Uniform Resource Locator), and send the network address to the Web server 200 Issue access requests and control instructions;

The page data receiver 103 is configured to receive real-time feedback from the Web server 200 about the application system to be monitored after the Web server 200 receives the network address of the smart mobile terminal 100 and establishes a data connection. monitoring data, and feeding the monitoring data back to the web browser 101;

The web browser 101 is further configured to display the monitoring data on a web page according to the HTML5 technical specification.

In this embodiment, preferably, the Web server 200 establishes a data monitoring platform 201 in a working manner of a plug-in container bus. The data monitoring platform 201 includes an SOA service interface 2011 for accessing functional plug-ins and a plurality of functional plug-ins; the functional plug-ins are distributed and stored on the plug-in container bus 2012 to form the data monitoring platform 201 system functions.

Referring to FIG. 2 , it is a schematic diagram of the organizational structure of the data monitoring platform provided by the embodiment of the present invention.

Further, the functional plug-ins are functionally independent from each other, and the functional plug-ins support online hot swapping.

In a practicable manner, the data monitoring platform 201 stores the monitoring data fed back from the application system to be monitored on the plug-in container bus 2012 in the form of a plug-in; The monitoring data of is transmitted to the smart mobile terminal 100 in an opaque manner.

In this embodiment, preferably, the smart mobile terminal 100 is a smart phone 102 .

Further, the SOA service interface 2011 is also used to access the third-party service system 400 to realize data fusion between the third-party service system 400 and the data monitoring platform 201 .

Referring to FIG. 3 , it is another structural schematic diagram of the mobile monitoring system based on the Web server provided by the embodiment of the present invention.

In this embodiment, the number N of web servers may be one or more. As shown in FIG. 3 , the present invention may include Web server 200 , Web server 500 , Web server 600 , . . . , Web server N, where N≧1.

Specifically, each of the Web servers is also provided with a local interface 2012 for vertical cascading expansion on the data monitoring platform 201, and a plurality of Web servers are formed into a server cluster through the local interface 2012, and in the Load balancing is implemented on the server cluster.

Specifically, the local interface 2012 includes, but is not limited to, various database management interfaces, communication construction interfaces, infrastructure construction interfaces, and server cluster interfaces.

Further, the local interface 2012 is also used to access one or more database systems to read and write the data of the data monitoring platform 201 in real time. As shown in Fig. 3, the mobile monitoring system based on the Web server provided by the present invention also includes a database system 1, a database system 2, ..., a database system M, where M≥1.

A mobile monitoring system based on a Web server provided by the present invention can use a mobile intelligent terminal installed with a web browser supporting the HTML5 technical specification to log in to the Internet through the web browser, and access the system based on the service-oriented architecture through the Internet. Web server, because the web browser of the HTML5 technical specification has nothing to do with the hardware and operating system of the mobile smart terminal, thus avoiding the restrictions of different operating systems of the mobile smart terminal, the mobile smart terminal only needs to start the web browser to access the Web server Further, because the Web server provided by the present invention has adopted based on the SOA service architecture, the various functions of the data monitoring system can continue to be developed independently in the form of plug-ins, and are stored on the plug-in container bus through standard SOA service interfaces. When it is necessary to adjust or update the function of the data monitoring system, it is only necessary to adjust the corresponding functional plug-in instead of adjusting the entire data monitoring system, so the online maintenance of the data monitoring system can be realized and the system maintenance efficiency can be improved; in addition, multiple A web server can also form a server cluster through the local interface, which can realize load balancing, meet the needs of large-capacity data reading and writing and synchronous data collection, and improve the overall performance of the monitoring system.

The above description is a preferred embodiment of the present invention, and it should be pointed out that for those skilled in the art, without departing from the principle of the present invention, some improvements and modifications can also be made, and these improvements and modifications are also considered Be the protection scope of the present invention.

Claims (7)

1. A kind of 1. mobile monitoring system based on Web server, it is characterised in that including：It is provided with and supports HTML5 technical specifications Web browser mobile intelligent terminal, the Web server based on Services Oriented Achitecture, and, application to be monitored System；

   The web browser, for setting multiple network application function collection based on HTML5 technical specifications, and asked according to user Data are carried out by internet with the Web server to be connected；

   The mobile intelligent terminal, for starting the web browser according to user instruction, and by internet to the Web Server sends access request and control instruction, to monitor the application system to be monitored；

   The Web server, after the access request sent for receiving the mobile intelligent terminal, to the mobile intelligent terminal Carry out authentication, and the control instruction that mobile intelligent terminal described in real-time reception is sent after being verified；According to described Control instruction, the monitoring data of the application system to be monitored is obtained in real time and the monitoring data is fed back into the mobile intelligence Can terminal；

   The web browser is included based on the multiple network application function collection that HTML5 technical specifications are set：Dynamic vector figure Processor, audio video transmission interface and utilizing camera interface；

   The Web server is established using the working method of insert receptacle bus data monitoring platform；

   The data monitoring platform includes the SOA service interfaces and multiple feature cards for access function plug-in unit；Institute State feature card distribution to be stored in the insert receptacle bus, to set up the systemic-function of the data monitoring platform；

   The feature card is functionally separate, and the feature card supports online insertion and removal；

   The monitoring data fed back from the application system to be monitored is stored in institute by the data monitoring platform with card format State in insert receptacle bus.
2. 2. the mobile monitoring system based on Web server as claimed in claim 1, it is characterised in that the intelligent movable is whole End includes network address transmitter and page data receiver；

   The network address transmitter, for the network address of the mobile intelligent terminal to be sent into the Web in a manner of URL Server, and send access request and control instruction to the Web server；

   The page data receiver, for receiving the network address of the mobile intelligent terminal in the Web server simultaneously After establishing data connection, the monitoring data on the application system to be monitored of the Web server Real-time Feedback is received, and The monitoring data is fed back into the web browser；

   The web browser, it is additionally operable to according to HTML5 technical specifications include the monitoring data on webpage.
3. 3. the mobile monitoring system based on Web server as claimed in claim 1, it is characterised in that the SOA service interfaces It is additionally operable to access Third-Party Service, to realize that the data of the Third-Party Service and the data monitoring platform are melted Close.
4. 4. the mobile monitoring system based on Web server as claimed in claim 1, it is characterised in that the Web server will The monitoring data of card format is transmitted in a manner of opaque to the mobile intelligent terminal.
5. 5. the mobile monitoring system based on Web server as claimed in claim 1, it is characterised in that the Web server Quantity is one or more；

   The Web server is additionally provided with the local interface that extension is cascaded for longitudinal direction on the data monitoring platform, passes through institute State local interface and multiple Web servers are constructed as server cluster, and load balancing is realized on the server cluster.
6. 6. the mobile monitoring system based on Web server as claimed in claim 5, it is characterised in that the local interface is also For accessing one or more Database Systems, to read and write the data of the data monitoring platform in real time.
7. 7. the mobile monitoring system based on Web server as described in any one of claim 1~6, it is characterised in that the shifting Dynamic intelligent terminal is smart mobile phone.