CN115982501B - Lightweight high-performance PHPWEB system framework and working method - Google Patents
Lightweight high-performance PHPWEB system framework and working method Download PDFInfo
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Abstract
The invention relates to the field of data processing, and discloses a lightweight high-performance PHPWEB system frame and a working method, wherein the system frame comprises: the control module is used for defining the system behavior, selecting corresponding views to correspond to functions, analyzing the user interaction behavior, and converting the user interaction behavior into a packaging action in the model as a core control end; the model unit is used for packaging the application program state, providing inquiry of the corresponding state and informing the corresponding view to change; program entrance for collecting all user requests, interfacing through single entrance, and executing URL path analysis; by defining the data priority attribute, and then configuring a transmission link with better performance for the current data according to the data priority attribute and the performance of the transmission link in the process of data reading and writing, the good data transmission capability of the system is ensured, the loss of important data is avoided, abnormal data is detained in time, the tracing is convenient, and the running stability of the system is ensured.
Description
Technical Field
The invention relates to the technical field of data processing, in particular to a lightweight high-performance PHPWEB system frame and a working method thereof.
Background
At present, various network programming languages are layered endlessly, a foundation is laid for the development and application of websites, in recent years, industry companies have realized the importance of websites, more and more enterprises are urgently required to own Web websites, in addition, development and innovation of network programming technology enable many Web websites to be urgently required to be updated, the development of the Web websites becomes unprecedented and hot, however, the development and delivery force of Web application programs are far from the rapidly-growing requirements, so that many projects are delayed, and program developers are subjected to a vicious circle of overtime after mistakes, so that people put forward the concept of an open framework to improve the development efficiency and quality of the Web application programs.
However, existing Web system frameworks have certain drawbacks, such as:
1. the transmission capacity of data is easily limited by link performance, and is difficult to configure a transmission link with better transmission performance for a plurality of times, so that the transmission link has certain limitation, cannot be distributed preferentially according to the importance of the data, and lacks filtering measures for abnormal data;
2. it is difficult to perform simulation calculation on the request data at the preliminary stage of the data passing through the entry, whether the processing flow of the data is abnormal or not cannot be estimated in advance, and when a problem occurs, more system processing capacity is occupied, so that the processing speed of the whole data is reduced.
Disclosure of Invention
(one) solving the technical problems
Aiming at the defects existing in the prior art, the invention provides a PHPWEB system framework with light weight and high performance and a working method thereof, which can effectively solve the problems that the transmission capacity of data of the Web system framework in the prior art is easily limited by link performance, the transmission link with better transmission performance is difficult to configure for a plurality of times, certain limitation is provided, the priority distribution cannot be carried out according to the importance of the data, filtering measures are not carried out on abnormal data, simulation calculation is difficult to be carried out on request data in the preliminary stage of data passing through an entrance, whether the processing flow of the data is abnormal or not cannot be estimated in advance, and when the problem occurs, more system processing capacity is occupied, and the overall data processing speed is lowered.
(II) technical scheme
In order to achieve the above purpose, the invention is realized by the following technical scheme:
the invention discloses a lightweight high-performance PHPWEb system framework, which comprises:
the control module is used for defining the system behavior, selecting corresponding views to correspond to functions, analyzing the user interaction behavior, and converting the user interaction behavior into a packaging action in the model as a core control end;
the model unit is used for packaging the application program state, providing inquiry of the corresponding state and informing the corresponding view to change;
program entrance for collecting all user requests, interfacing through single entrance, and executing URL path analysis;
the preprocessing module is used for temporarily storing accessed user request data, executing preprocessing, analyzing the rationality of the data and eliminating abnormal data;
the processing unit is used for receiving and processing the data submitted by the control module, configuring an adaptation format and separating the PHP code from the HTML tag;
the view unit is used for explaining the model, receiving a model update request, sending user input data to the control module, and opening control authority for selecting views for the control module;
the display module is used for providing a view interface and displaying data requested by a user;
the transmission module is used for acquiring and writing data and taking the data as a transmission link for data call;
the database module is used as a data storage end and is used for providing retrieval of associated data and storage of feedback data during data processing;
the configuration module is used for dividing transmission links of the circulating data and distributing the outflow and inflow of the data according to the data priority attribute and the actual performance of the current transmission link as reference basis;
the optimizing module is used for making a transmission link, setting priority attributes of data under each function, and reconfiguring after abnormal data information is received;
the filtering module is used for screening the acquired data, analyzing the data caching speed, judging whether the data caching speed is abnormal, marking and withholding abnormal data, and sending abnormal data information;
the acquisition module is used for acquiring attribute information of each data after the filtering module is triggered, tracing the data related parameters and generating an acquisition report;
wherein, the attribute of the collection report generated by the collection module comprises: time of generation, related data and system occupancy.
Furthermore, the control module is provided with a configuration file, and enables the security behavior in the framework by enabling the configuration file, wherein the method comprises the following steps: URL filtering, SQL injection filtering, cache overflow restriction, and IP filtering.
Furthermore, the model unit performs hiding processing on the information containing the table names and the field names of the database module, limits the direct access mode of URL address bar input and shields the related data.
Still further, the preprocessing in the preprocessing module includes:
step401: the data is requested by the docking entry and is transferred to the temporary storage area;
step402: carrying a simulation processing model, inputting data, running the simulation processing model, and judging whether a simulation result is normal or not;
step403: if the simulation result is normal, the original data is released, and the simulation result parameters are reserved;
step404: if the data is abnormal, the downward sending of the request data is forbidden, and warning reminding is carried out.
Still further, the warning means in Step404 is as follows: and submitting the data prohibition reasons on line through the webpage popup window.
Still further, the optimization module resets the current data related to the link upon reconfiguration, reassigns the transmission link to the data to be transmitted according to the optimization logic, and the current data related to the link does not participate in the reassignment.
Furthermore, when the abnormality of the data caching speed of the filtering module is judged to be yes, the acquisition module is started, the problem data is traced, and after marking, the filtering module is reset.
Still further, the control module is interactively connected with the model unit and the processing unit through a wireless network, the processing unit is interactively connected with the view unit and the display module through a wireless network, the control module is interactively connected with the program inlet through a wireless network, the program inlet is interactively connected with the preprocessing module through a wireless network, the transmission module is interactively connected with the model unit and the database module through a wireless network, the configuration module is interactively connected with the optimization module and the filtering module through a wireless network, the configuration module is interactively connected with the filtering module through electric signal communication, and the configuration module is interactively connected with the transmission module through electric signal communication.
A working method of a PHPWEb system framework with light weight and high performance comprises the following steps:
step101: receiving user browsing request data, preprocessing the data, and withholding abnormal data;
step102: the controller receives normal data and performs integrity verification on the access data;
step103: reading a configuration file in the frame, analyzing a URL path of the data information, and calling a model according to the request content to perform service logic processing;
step104: performing data operation in the model, configuring a transmission link, filtering abnormal buffer data, finishing reading and writing of the data, and feeding back a result to the controller after the business processing is finished;
step105: the controller receives the processing result, calls the corresponding view file according to the request data, and transmits the processing result to the view layer for display processing.
Further, the controller in Step105 transmits the data to the smart engine template for processing, and displays the user browsing request data according to the view interface provided by the Web application program.
(III) beneficial effects
Compared with the prior art, the technical proposal provided by the invention has the following beneficial effects,
1. according to the method, the measure of configuring the high-quality transmission link for the streaming data is added, the priority attribute of the data is defined, then the transmission link with better performance is configured for the current data according to the priority attribute of the data and the performance of the transmission link in the process of data reading and writing, the transmission of the data is screened in real time, the data caching speed is monitored, after abnormality occurs, abnormal data is withheld, so that the good data transmission capacity of the system is ensured, the loss of important data is avoided, the abnormal data is withheld in time, the tracing is convenient, the problem source is judged, and the running stability of the system is ensured.
2. According to the invention, through adding the pretreatment measures, temporary storage and isolation are carried out on the user browsing request data, then simulation operation is carried out, whether the behaviors related to the request data are abnormal or not is judged, when the abnormality occurs, warning is carried out, and when the judgment is normal, the simulation parameters can be obtained and used as comparison values with the follow-up actual parameters, so that the safety of the system is further improved, whether the abnormality exists in the data processing flow is estimated in advance, the obvious problem that the excessive data occupy the processing capacity of the system is avoided, and the stable processing speed of the data is ensured.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below. It is evident that the drawings in the following description are only some embodiments of the present invention and that other drawings may be obtained from these drawings without inventive effort for a person of ordinary skill in the art.
FIG. 1 is a schematic diagram of the PHPWEb system framework of the present invention;
FIG. 2 is a flow chart of a method of operation of the PHPWEb system framework of the invention;
FIG. 3 is a schematic flow chart of the pretreatment process in the present invention;
reference numerals in the drawings represent respectively, 1, a control module; 2. a model unit; 3. program entry; 4. a preprocessing module; 5. a processing unit; 6. a view unit; 7. a display module; 8. a transmission module; 9. a database module; 10. a configuration module; 11. an optimization module; 12. a filtration module; 13. and an acquisition module.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention more clear, the technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. It will be apparent that the described embodiments are some, but not all, embodiments of the invention. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
The invention is further described below with reference to examples.
Example 1
The lightweight high-performance PHPWeb system frame and the working method of the embodiment, as shown in fig. 1 and 3, include:
the control module 1 is used for defining the system behavior, selecting corresponding views to correspond to functions, analyzing the user interaction behavior, and converting the user interaction behavior into a packaging action in the model, and taking the packaging action as a core control end;
the model unit 2 is used for packaging the application program state, providing inquiry of the corresponding state and informing the corresponding view to change;
program entrance 3, which is used to collect all user requests, interface through single entrance, and execute URL path analysis;
the preprocessing module 4 is used for temporarily storing accessed user request data, executing preprocessing, analyzing the rationality of the data and eliminating abnormal data;
the processing unit 5 is used for receiving and processing the data submitted by the control module 1, configuring an adaptive format and separating PHP codes from HTML labels;
the view unit 6 is used for explaining the model, receiving a model update request, sending user input data to the control module 1, and opening control authority for selecting views for the control module 1;
a display module 7 for providing a view interface and displaying data requested by a user;
the transmission module 8 is used for acquiring and writing data as a transmission link for data call;
the database module 9 is used as a data storage end and provides retrieval of associated data and storage of feedback data during data processing;
the configuration module 10 is configured to divide transmission links for streaming data, and allocate outflow and inflow of data according to the data priority attribute and the actual performance of the current transmission link as reference;
the optimizing module 11 is used for making a transmission link, setting priority attributes of data under each function, and reconfiguring after abnormal data information is received;
the filtering module 12 is used for screening the acquired data, analyzing the data caching speed, judging whether the data caching speed is abnormal, marking and withholding abnormal data, and sending abnormal data information;
the acquisition module 13 is used for acquiring attribute information of each data after triggering the filtering module 12, tracing the data related parameters and generating an acquisition report;
wherein the attributes of the acquisition report generated by the acquisition module 13 include: time of generation, related data and system occupancy.
The control module 1 is provided with a configuration file, and enables the security behavior in the framework by enabling the configuration file, wherein the configuration file comprises the following steps: URL filtering, SQL injection filtering, cache overflow restriction, and IP filtering.
The model unit 2 performs hiding processing on information including table names and field names of the database module 9, restricts a method of directly accessing URL address field input, and masks associated data.
When the optimization module 11 is reconfigured, the current data relates to the link to be reset, the transmission link is reassigned according to the optimization logic to the data to be transmitted, and the current data relates to the link and does not participate in reassignment.
When the abnormality of the data buffering speed of the filtering module 12 is judged to be yes, the collecting module 13 is started, the problem data is traced, and after marking, the filtering module 12 is reset.
As shown in fig. 1, the control module 1 is interactively connected with the model unit 2 and the processing unit 5 through a wireless network, the processing unit 5 is interactively connected with the view unit 6 and the display module 7 through a wireless network, the control module 1 is interactively connected with the program inlet 3 through a wireless network, the program inlet 3 is interactively connected with the preprocessing module 4 through a wireless network, the transmission module 8 is interactively connected with the model unit 2 and the database module 9 through a wireless network, the configuration module 10 is interactively connected with the optimization module 11 and the filter module 12 through a wireless network, the configuration module 10 is interactively connected with the filter module 12 through electric signal communication, and the configuration module 10 is interactively connected with the transmission module 8 through electric signal communication.
In the embodiment, when the method is implemented, the control module 1 is used for issuing control actions, the user browses and requests to access through the program inlet 3, the preprocessing module 4 is used for performing simulation processing to eliminate abnormal data, the data is processed through the model unit 2, then the processing unit 5 is used for analyzing and submitting the view file of the view unit 6, the view file is displayed by the display module 7, the model unit 2 calls the database module 9 data in the running process, the data is transmitted through the transmission module 8, the configuration module 10 is a transmission link with better data configuration performance, the optimization module 11 is used for setting data priority data, the filtering module 12 is used for withholding the abnormal cache data, the acquisition module 13 is used for acquiring the abnormal data attribute as a tracing basis, the good data transmission capability of the system is ensured, and the loss of important data is avoided.
Example 2
The embodiment also provides a working method of the lightweight high-performance PHPWEB system framework, as shown in fig. 2, comprising the following steps:
step101: receiving user browsing request data, preprocessing the data, and withholding abnormal data;
step102: the controller receives normal data and performs integrity verification on the access data;
step103: reading a configuration file in the frame, analyzing a URL path of the data information, and calling a model according to the request content to perform service logic processing;
step104: performing data operation in the model, configuring a transmission link, filtering abnormal buffer data, finishing reading and writing of the data, and feeding back a result to the controller after the business processing is finished;
step105: the controller receives the processing result, calls the corresponding view file according to the request data, and transmits the processing result to the view layer for display processing.
The controller in Step105 transmits the data to the smart engine template for processing, and displays the user browsing request data according to the view interface provided by the Web application program.
Example 3
In this embodiment, as shown in fig. 3, the preprocessing process in the preprocessing module 4 includes:
step401: the data is requested by the docking entry and is transferred to the temporary storage area;
step402: carrying a simulation processing model, inputting data, running the simulation processing model, and judging whether a simulation result is normal or not;
step403: if the simulation result is normal, the original data is released, and the simulation result parameters are reserved;
step404: if the data is abnormal, the downward sending of the request data is forbidden, and warning reminding is carried out.
The warning in Step404 is provided by online submitting the data prohibition reasons through the web popup.
In the embodiment, when the method is specifically implemented, temporary storage isolation is performed on the user browsing request data, then simulation operation is performed, whether the behaviors related to the request data are abnormal or not is judged, when the abnormality occurs, warning is performed, and when the abnormality is judged to be normal, simulation parameters can be obtained as comparison values with follow-up actual parameters.
In summary, the control module 1 performs control behavior issuing, the user browses and requests to access through the program entrance 3, the preprocessing module 4 performs simulation processing to eliminate abnormal data, the data is processed through the model unit 2, then the processing unit 5 analyzes the data, the view file of the view unit 6 is submitted to be displayed by the display module 7, the model unit 2 calls the database module 9 data in the running process, the data is transmitted through the transmission module 8, the configuration module 10 is a transmission link with better data configuration performance, the optimization module 11 sets data priority data, the filtering module 12 withholds abnormal cache data, the acquisition module 13 acquires abnormal data attributes as a tracing basis, the good data transmission capability of the system is ensured, the loss of important data is avoided, the transmission link with better data configuration performance is obtained according to the data priority attribute and the performance of the transmission link in the data reading and writing process, and the data transmission speed is monitored in real time;
and the user browse request data is temporarily stored and isolated, then the simulation operation is carried out, whether the behaviors related to the request data are abnormal or not is judged, when the abnormality occurs, warning is carried out, and when the abnormality is judged to be normal, the simulation parameters can be obtained and used as comparison values with the follow-up actual parameters.
The above embodiments are only for illustrating the technical solution of the present invention, and are not limiting; while the invention has been described in detail with reference to the foregoing embodiments, it will be appreciated by those skilled in the art that variations may be made in the techniques described in the foregoing embodiments, or equivalents may be substituted for elements thereof; such modifications and substitutions do not depart from the spirit and scope of the technical solutions of the embodiments of the present invention.
Claims (8)
1. A lightweight high performance PHPWeb system framework, comprising: the control module (1) is used for defining the system behavior, selecting corresponding views to correspond to functions, analyzing the user interaction behavior, converting the user interaction behavior into a packaging action in the model, and taking the packaging action as a core control end; the model unit (2) is used for packaging the application program state, providing inquiry of the corresponding state and informing the corresponding view of changing; program entrance (3) for collecting all user requests, interfacing through single entrance, and executing URL path analysis; the preprocessing module (4) is used for temporarily storing accessed user request data, executing preprocessing, analyzing the rationality of the data and eliminating abnormal data; the processing unit (5) is used for receiving and processing the data submitted by the control module (1), configuring an adaptive format and separating the PHP code from the HTML tag; the view unit (6) is used for explaining the model, receiving a model update request, sending user input data to the control module (1), and opening control authority for selecting views for the control module (1); a display module (7) for providing a view interface for displaying data requested by a user; the transmission module (8) is used for acquiring and writing data as a transmission link for data call; the database module (9) is used as a data storage end and is used for providing retrieval of associated data and storage of feedback data during data processing; the configuration module (10) is used for dividing transmission links of the circulating data and distributing the outflow and inflow of the data according to the data priority attribute and the actual performance of the current transmission link as reference basis; the optimizing module (11) is used for making a transmission link, setting priority attributes of data under each function, and reconfiguring after abnormal data information is received; the filtering module (12) is used for screening the acquired data, analyzing the data caching speed, judging whether the data caching speed is abnormal, marking and withholding abnormal data, and sending abnormal data information; the acquisition module (13) is used for acquiring attribute information of each data after the filtering module (12) is triggered, tracing the data related parameters and generating an acquisition report; wherein the attributes of the acquisition report generated by the acquisition module (13) include: generating time, related data and system occupancy;
wherein the preprocessing process in the preprocessing module (4) comprises: step401: the data is requested by the docking entry and is transferred to the temporary storage area; step402: carrying a simulation processing model, inputting data, running the simulation processing model, and judging whether a simulation result is normal or not; step403: if the simulation result is normal, the original data is released, and the simulation result parameters are reserved; step404: if the data is abnormal, the downward sending of the request data is forbidden, and warning reminding is carried out;
the warning reminding mode in Step404 is as follows: and submitting the data prohibition reasons on line through the webpage popup window.
2. The lightweight high-performance PHPWeb system framework according to claim 1, wherein the control module (1) is configured with a configuration file, and wherein the configuration file is enabled to enable in-framework security, and wherein the method comprises: URL filtering, SQL injection filtering, cache overflow restriction, and IP filtering.
3. The lightweight high-performance PHPWeb system framework according to claim 1, wherein the model unit (2) performs hiding processing on information including table names and field names of the database module (9), restricts direct access to URL address bar input, and masks associated data.
4. The PHPWeb system framework according to claim 1, wherein the optimization module (11) resets the current data related to the link, reassigns the transmission link according to the optimization logic to the data to be transmitted, and the current data related to the link does not participate in reassignment.
5. The lightweight high-performance PHPWeb system framework according to claim 1, wherein when the abnormality of the data buffering speed of the filtering module (12) is judged yes, the collecting module (13) is started, the problem data is traced, and after marking, the filtering module (12) is reset.
6. The PHPWeb system framework according to claim 1, wherein the control module (1) is interactively connected with the model unit (2) and the processing unit (5) through a wireless network, the processing unit (5) is interactively connected with the view unit (6) and the display module (7) through a wireless network, the control module (1) is interactively connected with the program inlet (3) through a wireless network, the program inlet (3) is interactively connected with the preprocessing module (4) through a wireless network, the transmission module (8) is interactively connected with the model unit (2) and the database module (9) through a wireless network, the configuration module (10) is interactively connected with the optimization module (11) and the filter module (12) through a wireless network, the configuration module (10) is interactively connected with the filter module (12) through an electrical signal communication, and the configuration module (10) is interactively connected with the transmission module (8) through an electrical signal communication.
7. A method for operating a lightweight high-performance PHPWeb system framework, the method being implemented on a lightweight high-performance PHPWeb system framework as set forth in any one of claims 1-6, comprising the steps of: step101: receiving user browsing request data, preprocessing the data, and withholding abnormal data; step102: the controller receives normal data and performs integrity verification on the access data; step103: reading a configuration file in the frame, analyzing a URL path of the data information, and calling a model according to the request content to perform service logic processing; step104: performing data operation in the model, configuring a transmission link, filtering abnormal buffer data, finishing reading and writing of the data, and feeding back a result to the controller after the business processing is finished; step105: the controller receives the processing result, calls the corresponding view file according to the request data, and transmits the processing result to the view layer for display processing;
wherein, the preprocessing process in Step101 includes: step401: the data is requested by the docking entry and is transferred to the temporary storage area; step402: carrying a simulation processing model, inputting data, running the simulation processing model, and judging whether a simulation result is normal or not; step403: if the simulation result is normal, the original data is released, and the simulation result parameters are reserved; step404: if the data is abnormal, the downward sending of the request data is forbidden, and warning reminding is carried out;
the warning reminding mode in Step404 is as follows: and submitting the data prohibition reasons on line through the webpage popup window.
8. The method for operating a lightweight high-performance PHPWeb system framework as recited in claim 7, wherein the Step105 controller sends data to the smart engine template for processing, and displays user browsing request data according to a view interface provided by the Web application.
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