CN115934043A - PHP-based high-efficiency MVC framework - Google Patents
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Abstract
The invention relates to the field of software architecture, and discloses a PHP-based high-efficiency MVC framework, which comprises a central unit, a storage unit, an entrance unit, a configuration unit, a PHP interaction unit and a decompression unit, wherein: the central unit is used as a frame core main body and used for responding to the request of a user and extracting, analyzing and calling data; the central unit comprises a controller layer, a view layer and a model layer, wherein: the controller layer is used for identifying user request data and editing the operating instructions of the view layer and the model layer; the high-efficiency MVC framework can effectively complete the shunting of the designated data, avoid excessive interference of a large amount of data on the stability of the operation of a system, guarantee the timely response of a user request, prevent the problem of low overall data processing speed caused by insufficient throughput capacity of the system data, guarantee good processing efficiency, and ensure the transmission safety and effectively relieve the operating pressure.
Description
Technical Field
The invention relates to the technical field of software architecture, in particular to a PHP-based high-efficiency MVC framework.
Background
The MVC framework divides a software system into three basic parts, namely a model, a view and a controller, codes are organized by a method of separating service logic, data and interface display, PHP is used as a universal open source scripting language, is a scripting language executed at a server side, is similar to C language, is a common website programming language, is mixed with grammars such as C, java, perl and the like, has better portability, reliability and higher operation efficiency, is mainly suitable for the field of Web development, each company has own service requirements, and PHP programmers are more keen to realize a framework belonging to the PHP programmers to build a Web application system so as to meet the special requirements of the PHP programmers.
However, the existing PHP-based MVC framework has certain disadvantages, such as:
1. in the running process of the system, when a large data flow occurs, the throughput capacity of the system data is insufficient, so that the overall data processing speed is reduced, the efficiency is gradually reduced, and the running pressure is difficult to effectively relieve while the transmission safety is ensured;
2. the interactive content is difficult to preprocess, the normality of preprocessed data is difficult to monitor in real time, when data with problems occur, tracing and alarming cannot be carried out in time, users cannot be helped to correct and react in time, and the data processing capacity is easy to further reduce.
Disclosure of Invention
Technical problem to be solved
Aiming at the defects in the prior art, the invention provides a PHP-based high-efficiency MVC framework, which can effectively solve the problems that the PHP-based MVC framework in the prior art lacks measures for shunting specified data, the whole data processing speed is reduced and the efficiency is gradually reduced due to insufficient system data throughput capacity when large data flow occurs in the system operation process, the operation pressure is difficult to be effectively relieved while the transmission safety is ensured, the interactive content is difficult to be preprocessed, the normality of preprocessed data is difficult to be monitored in real time, when problem data occurs, the source tracing and alarm cannot be timely carried out, the user is not favorable for timely correcting reaction, and the data processing capacity is further reduced easily.
(II) technical scheme
In order to achieve the above objects, the present invention is achieved by the following technical solutions,
the invention discloses a PHP-based high-efficiency MVC framework, which comprises a central unit, a storage unit, an entrance unit, a configuration unit, a PHP interaction unit and a decompression unit, wherein:
the central unit is used as a frame core main body and used for responding to the request of a user and extracting, analyzing and calling data;
the central unit comprises a controller layer, a view layer and a model layer, wherein:
the controller layer is used for identifying user request data and editing the operating instructions of the view layer and the model layer;
the view layer is used for acquiring the operation instruction and displaying the response result of the model layer;
the model layer is used for acquiring an operation instruction and calling the model to respond to the user request data;
the memory unit is used for storing function and class code module data and debugging tool data, increasing and decreasing the data according to calling requirements and supporting data sharing and copying;
the entrance unit is used as an entrance for requesting data by a user and finishes the planning of entering data;
the entrance unit comprises a receiving module, a verification module, a shunting module, a setting module, a positioning module and a limiting module, wherein:
the receiving module is used for receiving a user browsing request in a single channel, and performing and finishing data butt joint;
the verification module is used for screening the acquired data, analyzing the rationality of the acquired data and eliminating useless data;
the distribution module is used for carrying out distribution processing on the data passing the verification, butting the specified access data and configuring an additional transmission link for the specified access data;
the setting module is used for setting the attribute parameters of the specified access data as specified bases;
the positioning module is used for providing an independent index link, starting a plurality of PHP file data, correspondingly processing the association request data, directly positioning the data in the database, building a temporary access channel and completing the calling of the function module;
the limiting module is used for limiting the access authority in the independent transmission link and providing an adjusting interface;
the transmission module executes a transmission instruction after the acquired data are completely butted;
the configuration unit is used for setting and pre-expanding the PHP file and realizing the parallel development of a plurality of projects;
and the PHP interaction unit is used as an interface between the PHP program and a user, transmits user request information and input information, completes data storage and transmission with external equipment, feeds back information and is used as an interactive instruction core implementation end.
Furthermore, after the setting module finishes setting the attribute parameters of the specified access data, the setting module is used as an execution basis of the shunting module to mark and grab the data, submits all the grabbed data after the current grabbing period is finished, and then starts the next grabbing period.
Furthermore, the restriction module directly edits the restriction type of the access right by human, and encrypts and processes the transmission link.
Further, a decompression unit is mounted on the PHP interaction unit, and the decompression unit includes:
the source tracing module is used for obtaining a source of the cache data, tracing the source after triggering and marking the source, and generating an independent label;
the cache module is used for caching the interactive data, starting and continuously preprocessing the interactive data;
the threshold module is used for patrolling the cached data in real time, setting the standard threshold of each cached data and judging whether the threshold exceeding condition exists or not;
and the warning module is used for carrying out alarm prompt on the super-threshold cache event.
Furthermore, when the threshold module is judged to be absent, each functional module continuously operates according to preset settings, when the threshold module is judged to be present, the tracing module is started after resetting, the threshold module data is cleared, and the warning module sends an alarm instruction after editing the alarm instruction.
Furthermore, the alarm mode of the alarm module includes: short message submission reminding and webpage display reminding.
Furthermore, the cache module and the PHP interaction unit are connected with each other through a wireless network, the cache module is connected with the source tracing module through electrical signal communication, the source tracing module is connected with the threshold module through electrical signal communication, and the threshold module is connected with the warning module through electrical signal communication.
Furthermore, the class code module in the storage unit comprises the following tool classes: a string handling class, an image handling class, a file upload class, an error and exception handling class, and an input control class.
Furthermore, after the control authority is opened, the PHP interaction unit supports modification of code data and integration of interfaces.
Furthermore, the central unit is interactively connected with the storage unit through a wireless network, the configuration unit is interactively connected with the central unit through a wireless network, the PHP interactive unit is interactively connected with the central unit through a wireless network, the controller layer, the view layer and the model layer are interactively connected through a wireless network, the receiving module is interactively connected with the verification module through a wireless network, the shunting module is interactively connected with the verification module and the positioning module through a wireless network, the positioning module is provided with a limiting module, the shunting module is provided with a setting module, the verification module is interactively connected with the positioning module and the transmission module through a wireless network, and the transmission module is interactively connected with the central unit through a wireless network.
(III) advantageous effects
Compared with the prior art, the technical scheme provided by the invention has the following beneficial effects,
1. according to the method, through the measures of setting the designated data and shunting the designated data, when the data request amount is overlarge, the input data is identified, a user edits the designated basis of the data in advance, the designated data is captured in the identification process, the associated request data is correspondingly processed through the independent index link, the data is directly positioned in the database, the calling of the function module is completed through building the temporary access channel, and the authority limitation is performed on the index link, so that the framework can effectively finish shunting of the designated data, the stability that a huge amount of data excessively interferes with the operation of the system is avoided, the timely response of the user request is ensured, the problem that the whole data processing speed is reduced due to the insufficient throughput capacity of the system data is prevented, the good processing efficiency is ensured, and the operation pressure is effectively relieved while the transmission safety is ensured.
2. According to the invention, by adding the decompression unit, when a user requests frequently, the cache module is started, automatic loading processing of data is started in advance, the data source is detected through the threshold module, whether the cache is in a normal range is confirmed, when abnormality is detected, the source tracing module is started to trace the data source, and after the problem source is confirmed, warning is carried out through the warning module, so that the framework can preprocess interactive contents, the normality of preprocessed data is monitored in real time, when the problem data occurs, the source tracing and warning can be carried out in time, a user can make a correction response in time, the situation that the data processing capability is lowered by the problem data is avoided, and the data processing speed is further improved.
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 obvious that the drawings in the following description are only some embodiments of the invention, and that for a person skilled in the art, other drawings can be derived from them without inventive effort.
FIG. 1 is a schematic diagram of a PHP-based high-efficiency MVC framework in the present invention;
FIG. 2 is a schematic diagram illustrating an operation flow of an interactive unit according to the present invention;
FIG. 3 is a flow chart illustrating the operation of the CPU of the present invention;
the reference numbers in the figures represent, 100, respectively, the central unit; 110. a controller layer; 111. viewing the layer; 112. a molding layer; 200. a storage unit; 300. an inlet unit; 310. a receiving module; 311. a verification module; 312. a shunting module; 313. a setting module; 314. a positioning module; 315. a restriction module; 316. a transmission module; 400. a configuration unit; 500. a PHP interaction unit; 600. a pressure reducing unit; 610. a source tracing module; 611. a cache module; 612. a threshold module; 613. and an alarm module.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention. It is to be understood that the embodiments described are only a few embodiments of the present invention, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The present invention will be further described with reference to the following examples.
Example 1
A PHP-based high-efficiency MVC framework of the present embodiment, as shown in fig. 1-3, includes a central unit 100, a storage unit 200, an entrance unit 300, a configuration unit 400, a PHP interaction unit 500, and a decompression unit 600, wherein:
a central unit 100 serving as a framework core main body and used for responding to a request of a user and performing data extraction, analysis and invocation;
the central unit 100 includes a controller layer 110, a view layer 111, and a model layer 112, wherein:
the controller layer 110 is used for identifying user request data and editing operation instructions of the view layer 111 and the model layer 112;
the view layer 111 is used for acquiring an operation instruction and displaying a response result of the model layer 112;
the model layer 112 is used for acquiring an operation instruction and calling the model to respond to the user request data;
the memory unit 200 is used for storing function and class code module data and debugging tool data, increasing and decreasing data according to calling requirements, and supporting data sharing and copying;
an entry unit 300, serving as an entry for a user to request data, to complete the planning of entry data;
the portal unit 300 includes a receiving module 310, a verification module 311, a shunting module 312, a setting module 313, a positioning module 314, and a restriction module 315, wherein:
the receiving module 310 is configured to receive a user browsing request in a single channel, and perform and complete data docking;
the verification module 311 is configured to screen the acquired data, analyze the reasonability of the acquired data, and remove the useless data;
the shunting module 312 is configured to shunt the verified data, dock the specified access data, and configure an additional transmission link for the specified access data;
a setting module 313, configured to set an attribute parameter of the specified access data as a specification basis;
the positioning module 314 is used for providing an independent index link, starting a plurality of PHP file data, correspondingly processing the association request data, directly positioning the data in a database, establishing a temporary access channel and completing the calling of the function module;
a restriction module 315 configured to restrict access rights in the independent transmission link and provide an adjustment interface;
the transmission module 316, which executes the transmission instruction after the obtained data is completely connected;
the configuration unit 400 is used for setting and pre-expanding the PHP file and realizing the parallel development of a plurality of projects;
the PHP interaction unit 500 is used as an interface between the PHP program and the user, and performs input of user request information and input information, completes data storage and transmission with external equipment, and performs information feedback, and is used as an interactive instruction core implementation end.
After the setting of the attribute parameters of the designated access data is completed, the setting module 313 serves as an execution basis of the flow distribution module 312, marks and captures the data, submits all captured data after the current capture cycle is completed, and then starts the next capture cycle.
The restriction module 315 edits the restriction category of the access right directly by a human and processes the transmission link with encryption.
The class code modules in the storage unit 200 include tool classes: a string handling class, an image handling class, a file upload class, an error and exception handling class, and an input control class.
As shown in fig. 1, the central unit 100 and the storage unit 200 are interconnected through a wireless network, the configuration unit 400 and the central unit 100 are interconnected through a wireless network, the PHP interaction unit 500 and the central unit 100 are interconnected through a wireless network, the controller layer 110, the view layer 111 and the model layer 112 are interconnected through a wireless network, the receiving module 310 and the verifying module 311 are interconnected through a wireless network, the shunting module 312, the verifying module 311 and the positioning module 314 are interconnected through a wireless network, the limiting module 315 is installed on the positioning module 314, the setting module 313 is installed on the shunting module 312, the verifying module 311, the positioning module 314 and the transmitting module 316 are interconnected through a wireless network, and the transmitting module 316 and the central unit 100 are interconnected through a wireless network.
In the specific implementation of the embodiment, a user sends a browsing request, a Web server receives the request, calls the PHP interaction unit 500 to perform docking, presents the data through the central unit 100, records the data through the storage unit 200, and provides tool support in the development phase, after the receiving module 310 obtains the data, the data is verified through the verification module 311, the user edits the specified basis of the data in advance through the setting module 313, implements the data according to the basis through the shunting module 312, captures the data, provides positioning for the specified data through the positioning module 314, correspondingly processes the associated request data through an independent index link, directly positions the data in a database, completes calling of a function module through establishing a temporary access channel, limits access permission through the limiting module 315, limits permission for the index link, directly performs analysis and presentation through the central unit 100 through the transmission module 316, provides service for the PHP interaction unit 500 through the configuration unit 400, and sets and pre-expands the PHP interaction unit 500 through a configuration file under the configuration unit 400, thereby achieving the purposes of simplifying development and improving efficiency.
Example 2
The present embodiment further provides a decompression unit 600 capable of preprocessing interactive contents, as shown in fig. 1, a PHP interactive unit 500 is mounted with the decompression unit 600, and the decompression unit 600 includes:
the source tracing module 610 is configured to obtain a source of the cache data, perform source tracing and marking after triggering, and generate an independent tag;
a cache module 611, configured to cache the interactive data, start and continue to perform preprocessing;
a threshold module 612, configured to patrol the cached data in real time, set a standard threshold of each cached data, and determine whether a threshold-exceeding condition exists;
and an alert module 613, configured to perform an alarm prompt on the super-threshold cache event.
When the threshold module 612 determines that the alarm instruction does not exist, each functional module continuously operates according to a predetermined setting, when the threshold module 612 determines that the alarm instruction exists, the tracing module 610 is started after resetting, the threshold module 612 clears the data, and the alarm module 613 edits the alarm instruction and then sends the alarm instruction.
The alarm mode of the alarm module 613 includes: short message submission reminding and webpage display reminding.
As shown in fig. 1, the cache module 611 and the PHP interaction unit 500 are interactively connected via a wireless network, the cache module 611 and the tracing module 610 are connected via electrical signal communication, the tracing module 610 and the threshold module 612 are connected via electrical signal communication, and the threshold module 612 and the warning module 613 are connected via electrical signal communication.
In a specific implementation of this embodiment, when a user requests frequently, the cache module 611 is started to start the automatic loading process of data in advance, the threshold module 612 is used to detect a data source and determine whether the cache is in a normal range, when an anomaly is detected, the source tracing module 610 is started to trace the data source, and after a problem source is determined, the warning module 613 is used to warn.
In summary, when the present invention is in use, a user sends a browsing request, a Web server receives the request, calls the PHP interaction unit 500 to perform docking, presents the data through the central unit 100, records the data through the storage unit 200, and provides tool support in a development phase, after the receiving module 310 obtains the data, verifies the data through the verifying module 311, the user edits the specified basis of the data in advance through the setting module 313, the distributing module 312 performs implementation according to the basis, captures the data, provides positioning for the specified data through the positioning module 314, correspondingly processes the associated request data through an independent index link, directly positions the data in the database, completes invocation of the function module through setting up a temporary access channel, limits the access right through the limiting module 315, limits the right of the index link, then directly submits the data to the central unit 100 through the transmission module 316 to be analyzed and presented, provides service for the PHP interaction unit 500 through the configuration unit 400, and sets and pre-expands the PHP interaction unit 500 through a configuration file under the configuration unit 400, thereby achieving the purposes of simplifying development and improving efficiency;
when the user requests frequently, the cache module 611 is started, the automatic loading processing of the data is started in advance, the data source is detected through the threshold module 612, whether the cache is in the normal range is determined, when the anomaly is detected, the source tracing module 610 is started to track the data source, and after the problem source is determined, the warning module 613 is used for warning.
The above examples are only intended to illustrate the technical solution of the present invention, and not to limit it; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention; such modifications and substitutions do not depart from the spirit and scope of the corresponding technical solutions.
Claims (10)
1. A PHP-based high-efficiency MVC framework, comprising a central unit (100), a storage unit (200), an entrance unit (300), a configuration unit (400), a PHP interaction unit (500), and a decompression unit (600), wherein:
the central unit (100) is used as a frame core main body and used for responding to the request of a user and extracting, analyzing and calling data;
the central unit (100) comprises a controller layer (110), a view layer (111) and a model layer (112), wherein:
the controller layer (110) is used for identifying user request data and editing operation instructions of the view layer (111) and the model layer (112);
the view layer (111) is used for acquiring an operation instruction and displaying a response result of the model layer (112);
the model layer (112) is used for acquiring an operation instruction and calling the model to respond to the user request data;
the memory unit (200) is used for storing function and class code module data and debugging tool data, increasing and decreasing the data according to calling requirements and supporting data sharing and copying;
an entry unit (300) which is used as an entry of the user request data and finishes the planning of the entering data;
the portal unit (300) comprises a receiving module (310), a verification module (311), a shunting module (312), a setting module (313), a positioning module (314) and a restriction module (315), wherein:
the receiving module (310) is used for receiving a user browsing request in a single channel, and performing and finishing data butt joint;
the verification module (311) is used for screening the acquired data, analyzing the rationality of the acquired data and eliminating useless data;
the distribution module (312) is used for carrying out distribution processing on the verified data, butting the specified access data and configuring an additional transmission link for the specified access data;
a setting module (313) for setting the attribute parameters of the access data as the designated basis;
the positioning module (314) is used for providing an independent index link, starting a plurality of PHP file data, correspondingly processing the association request data, directly positioning the data in a database, building a temporary access channel and completing the calling of the function module;
a restriction module (315) for restricting access rights within the independent transmission link and providing an adjustment interface;
a transmission module (316) for executing a transmission instruction after the data acquisition is completed;
the configuration unit (400) is used for setting and pre-expanding the PHP file and realizing the parallel development of a plurality of projects;
and the PHP interaction unit (500) is used as an interface between the PHP program and a user, transmits user request information and input information, completes data storage and transmission with external equipment, feeds back information and is used as an interactive instruction core implementation end.
2. The PHP-based high-efficiency MVC framework according to claim 1, wherein said configuration module (313) marks and captures data as an execution basis of the distribution module (312) after configuration of the attribute parameters assigned to access the data, submits all captured data after the current capture cycle is over, and then starts the next capture cycle.
3. The PHP-based high-efficiency MVC framework according to claim 1, wherein said restriction module (315) directly edits the restriction categories of access rights by human, and encrypts the transmission link.
4. The PHP-based high-efficiency MVC framework according to claim 1, wherein a decompression unit (600) is mounted on said PHP interaction unit (500), said decompression unit (600) comprising:
the source tracing module (610) is used for obtaining a source of the cache data, marking the source tracing after triggering and generating an independent label;
the cache module (611) is used for caching the interactive data, starting and continuously preprocessing the interactive data;
the threshold module (612) is used for patrolling the cache data in real time, setting the standard threshold of each cache data and judging whether the threshold exceeding condition exists;
and the warning module (613) is used for carrying out alarm prompt on the super-threshold cache event.
5. The PHP-based high-efficiency MVC framework according to claim 4, wherein when said threshold module (612) is determined to be absent, each functional module continuously operates according to a predetermined setting, when said threshold module (612) is determined to be present, the tracing module (610) is reset and then starts, the data of the threshold module (612) is cleared, and the alarm module (613) edits an alarm command and then sends the alarm command.
6. The PHP-based high-efficiency MVC framework according to claim 5, wherein an alarm manner of said alert module (613) comprises: short message submission reminding and webpage display reminding.
7. The PHP-based high-efficiency MVC framework according to claim 6, wherein said buffer module (611) is interactively connected with the PHP interaction unit (500) through a wireless network, said buffer module (611) is electrically connected with the tracing module (610) in signal communication, said tracing module (610) is electrically connected with the threshold module (612) in signal communication, and said threshold module (612) is electrically connected with the warning module (613) in signal communication.
8. The PHP-based high-efficiency MVC framework according to claim 1, wherein the class code modules in said storage unit (200) comprise tool classes: a string handling class, an image handling class, a file upload class, an error and exception handling class, and an input control class.
9. The PHP-based high-efficiency MVC framework of claim 1, wherein said PHP interaction unit (500) supports code data modification and interface integration after control permissions are opened.
10. The PHP-based high-efficiency MVC framework according to claim 1, wherein the central unit (100) and the storage unit (200) are interconnected through a wireless network, the configuration unit (400) and the central unit (100) are interconnected through a wireless network, the PHP interaction unit (500) and the central unit (100) are interconnected through a wireless network, the controller layer (110), the view layer (111) and the model layer (112) are interconnected through a wireless network, the receiving module (310) and the verification module (311) are interconnected through a wireless network, the shunting module (312), the verification module (311) and the positioning module (314) are interconnected through a wireless network, the positioning module (314) is provided with the limiting module (315), the shunting module (312) is provided with the setting module (313), the verification module (311), the positioning module (314) and the transmission module (316) are interconnected through a wireless network, and the transmission module (316) is interconnected with the central unit (100) through a wireless network.
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