CN113687904B - Interface dynamic generation method based on configuration file - Google Patents
Interface dynamic generation method based on configuration file Download PDFInfo
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- CN113687904B CN113687904B CN202111243950.3A CN202111243950A CN113687904B CN 113687904 B CN113687904 B CN 113687904B CN 202111243950 A CN202111243950 A CN 202111243950A CN 113687904 B CN113687904 B CN 113687904B
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- G06—COMPUTING; CALCULATING OR COUNTING
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- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/451—Execution arrangements for user interfaces
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- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/14—Digital output to display device ; Cooperation and interconnection of the display device with other functional units
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Abstract
The invention provides a dynamic interface generation method based on a configuration file, which analyzes a configuration file calling request from a platform terminal so as to determine attribute information of the configuration file to be called and locate and call the required configuration file; then, analyzing all the image subfiles contained in the configuration file to obtain the image subfiles, determining the dynamic display sequence of each image subfile on an interface, compressing all the image subfiles and then importing the compressed image subfiles into a local space of a platform terminal; finally, according to the space state of the current display layout of the interface, determining the space position of the copied image subfile displayed on the interface; and then the copied image subfiles are sequentially led into the space position for displaying dynamically, and the image subfiles contained in the configuration file can be dynamically displayed in order on an interface of the platform terminal, so that the image subfiles can be accurately displayed on the interface, and the controllability and the accuracy of the dynamic image display of the interface are improved.
Description
Technical Field
The invention relates to the technical field of man-machine interaction data processing, in particular to an interface dynamic generation method based on a configuration file.
Background
The interface of the display screen of the platform terminal, such as a computer or a smart phone, is usually used to display different image files, which may be system inherent icons corresponding to the operating system of the platform terminal. When the platform terminal switches the system, the icon layout on the interface needs to be reset, which not only reduces the system switching efficiency of the platform terminal, but also cannot accurately display the images contained in the configuration files of the system on the interface, thereby greatly reducing the controllability and accuracy of the dynamic display of the images on the interface.
Disclosure of Invention
Aiming at the defects in the prior art, the invention provides a dynamic interface generation method based on a configuration file, which analyzes a configuration file calling request from a platform terminal so as to determine the attribute information of the configuration file to be called and locate and call the required configuration file; then, analyzing all the image subfiles contained in the configuration file to obtain the image subfiles, determining the dynamic display sequence of each image subfile on an interface, compressing all the image subfiles and then importing the compressed image subfiles into a local space of a platform terminal; finally, according to the space state of the current display layout of the interface, determining the space position of the copied image subfile displayed on the interface; and then the copied image subfiles are sequentially led into the space position for displaying dynamically, and the image subfiles contained in the configuration file can be dynamically displayed in order on an interface of the platform terminal, so that the image subfiles can be accurately displayed on the interface, and the controllability and the accuracy of the dynamic image display of the interface are improved.
The invention provides a dynamic interface generation method based on a configuration file, which is characterized by comprising the following steps:
step S1, obtaining a configuration file calling request from the platform terminal; analyzing the configuration file calling request to determine the attribute information of the configuration file required to be called by the platform terminal; positioning and calling out a required configuration file according to the attribute information of the configuration file;
step S2, analyzing the configuration file obtained by calling so as to obtain all image subfiles contained in the configuration file; sequencing all the image subfiles so as to determine the dynamic display sequence of each image subfile on the interface;
step S3, according to the dynamic display sequence, compressing all image subfiles and then importing the compressed image subfiles into a local space of a platform terminal; copying each image subfile from the local space according to an image display request from an interface;
step S4, acquiring the space state of the current display layout of the interface, and determining the space position of the copied image subfile displayed on the interface according to the space state of the display layout; then, the copied image subfiles are sequentially led into the space position for displaying dynamically;
further, in step S1, the acquiring the configuration file retrieving request from the platform terminal specifically includes:
after a configuration file calling request from a platform terminal is obtained, address information of the platform terminal is extracted from the configuration file calling request;
comparing the address information of the platform terminal with a preset address information white list; if the address information of the platform terminal exists in a preset address information white list, determining that the configuration file calling request is an effective configuration file calling request; if the address information of the platform terminal does not exist in a preset address information white list, determining that the configuration file calling request is an invalid configuration file calling request;
further, in step S1, analyzing the configuration file retrieving request to determine that the attribute information of the configuration file that the platform terminal needs to retrieve specifically includes:
analyzing the effective configuration file calling request to determine file creation time information corresponding to a configuration file which needs to be called from a configuration file library by the platform terminal, and taking the file creation time information as the attribute information;
further, in step S1, the positioning and retrieving the required configuration file according to the attribute information of the configuration file specifically includes:
according to the file creation time information of the configuration files, positioning and calling the configuration files matched with the file creation time information from the configuration file library;
further, in step S2, parsing the configuration file obtained by the calling, so as to obtain all image subfiles included in the configuration file specifically includes:
decompressing the configuration file obtained by calling so as to obtain all image subfiles contained in the configuration file;
further, in step S2, the sorting all the image subfiles to determine the order in which each image subfile is dynamically displayed on the interface specifically includes:
acquiring the respective image resolution of each image subfile, and taking the sequence of the image resolution of each image subfile from high to low as the sequence of each image subfile dynamically displayed on an interface;
further, in step S3, the compressing all the image subfiles according to the dynamic display sequence and importing the compressed image subfiles into the local space of the platform terminal specifically includes:
according to the dynamic display sequence, all the image subfiles are subjected to fidelity compression, and each image subfile subjected to fidelity compression is marked with a corresponding sequence number in the dynamic display sequence; then all the image subfiles are imported into a local space of the platform terminal for storage;
further, in step S3, copying each image subfile from the local space according to the image display request from the interface specifically includes:
determining whether an interface is triggered by a user at present, if so, generating a corresponding image display request, and sending the image display request to a local space of a platform terminal;
when the local space of the platform terminal receives the image display request, decompressing and copying all the stored image subfiles;
further, in step S4, the obtaining a current display layout space state of the interface, and determining a spatial position where the copied image subfile is displayed on the interface according to the display layout space state specifically includes:
acquiring the distribution position of an interface blank area in the current display layout of the interface;
determining a single blank area with the largest area in the interface blank area according to the distribution position of the interface blank area; taking the single blank area with the largest area as a space position for displaying the copied image subfile on an interface;
further, in step S4, the sequentially importing the copied image subfiles into the spatial position for displaying dynamically specifically includes:
and sequentially importing the copied image subfiles into the space positions for displaying, wherein each image subfile only continuously displays the preset time length at the space position for displaying, and replacing and displaying the next image subfile, thereby realizing the dynamic display of the image subfiles.
Compared with the prior art, the interface dynamic generation method based on the configuration file analyzes the configuration file calling request from the platform terminal so as to determine the attribute information of the configuration file to be called and locate and call out the required configuration file; then, analyzing all the image subfiles contained in the configuration file to obtain the image subfiles, determining the dynamic display sequence of each image subfile on an interface, compressing all the image subfiles and then importing the compressed image subfiles into a local space of a platform terminal; finally, according to the space state of the current display layout of the interface, determining the space position of the copied image subfile displayed on the interface; and then the copied image subfiles are sequentially led into the space position for displaying dynamically, and the image subfiles contained in the configuration file can be dynamically displayed in order on an interface of the platform terminal, so that the image subfiles can be accurately displayed on the interface, and the controllability and the accuracy of the dynamic image display of the interface are improved.
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In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings needed to be used in the embodiments or technical descriptions will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present application, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
Fig. 1 is a schematic flow chart of a method for dynamically generating an interface based on a configuration file according to the present invention.
Detailed Description
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, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the 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.
Fig. 1 is a schematic flow chart of the interface dynamic generation method based on the configuration file according to the present invention. The interface dynamic generation method based on the configuration file comprises the following steps:
step S1, obtaining a configuration file calling request from the platform terminal; analyzing the configuration file calling request so as to determine the attribute information of the configuration file required to be called by the platform terminal; positioning and calling out a required configuration file according to the attribute information of the configuration file;
step S2, analyzing the configuration file obtained by calling so as to obtain all image subfiles contained in the configuration file; sequencing all the image subfiles so as to determine the dynamic display sequence of each image subfile on the interface;
step S3, according to the dynamic display sequence, compressing all image subfiles and then importing the compressed image subfiles into the local space of the platform terminal; copying each image subfile from the local space according to an image display request from the interface;
step S4, acquiring the space state of the current display layout of the interface, and determining the space position of the copied image subfile displayed on the interface according to the space state of the display layout; and then, the copied image subfiles are sequentially imported into the space position for displaying dynamically.
According to the technical scheme, the image subfiles contained in the configuration file can be sequentially and dynamically displayed on the interface of the platform terminal, so that the image subfiles can be accurately displayed on the interface, and the controllability and accuracy of image dynamic display of the interface are improved.
Preferably, in step S1, the acquiring the configuration file retrieving request from the platform terminal specifically includes:
after a configuration file calling request from a platform terminal is obtained, address information of the platform terminal is extracted from the configuration file calling request;
comparing the address information of the platform terminal with a preset address information white list; if the address information of the platform terminal exists in a preset address information white list, determining that the configuration file calling request is an effective configuration file calling request; and if the address information of the platform terminal does not exist in the preset address information white list, determining that the configuration file calling request is an invalid configuration file calling request.
The beneficial effects of the above technical scheme are: a platform terminal such as a computer or a smart phone can send a configuration file calling request to a configuration file library, where the configuration file calling request may include a type of a configuration file that the platform terminal needs to call and IP address information of the platform terminal itself. Subsequently, the IP address information of the platform terminal may be compared with a preset address information white list, where the preset address information white list may include the IP address information of at least one authenticated platform terminal; if the IP address information of the platform terminal exists in the preset address information white list, the platform terminal is determined to belong to the authenticated platform terminal, and the corresponding configuration file calling request is an effective configuration file calling request, so that the configuration file can be called only by the authenticated platform terminal.
Preferably, in step S1, analyzing the configuration file retrieving request to determine that the attribute information of the configuration file that the platform terminal needs to retrieve specifically includes:
and analyzing the effective configuration file calling request to determine file creation time information corresponding to the configuration file which needs to be called from the configuration file library by the platform terminal, and taking the file creation time information as the attribute information.
The beneficial effects of the above technical scheme are: and extracting the file creation time information of the configuration file to be called from the effective configuration file calling request, wherein the file creation time information can be but is not limited to the creation time interval range of the configuration file, so that the finally called configuration file can be ensured to be compatible with the operating system of the platform terminal.
Preferably, in step S1, the positioning and retrieving the required configuration file according to the attribute information of the configuration file specifically includes:
and according to the file creation time information of the configuration file, positioning and calling the configuration file matched with the file creation time information from the configuration file library.
The beneficial effects of the above technical scheme are: and after the configuration file library determines the file creation time information, selecting the configuration files with the creation time within the creation time interval range from all the configuration files, so that the accuracy and the reliability of the called configuration files can be improved.
Preferably, in step S2, parsing the configuration file obtained by the calling to obtain all image subfiles included in the configuration file specifically includes:
and decompressing the configuration file obtained by calling so as to obtain all image subfiles contained in the configuration file.
The beneficial effects of the above technical scheme are: because the configuration file exists in a compressed file form, the configuration file obtained by calling is decompressed, so that the non-image sub-files in the configuration file can be effectively prevented from entering the subsequent processing process, and the processing and calculation amount of the configuration file is greatly reduced.
Preferably, in step S2, the sorting all the image subfiles to determine the order in which each image subfile is dynamically displayed on the interface specifically includes:
and acquiring the respective image resolution of each image subfile, and taking the sequence of the image resolution of each image subfile from high to low as the sequence of each image subfile dynamically displayed on the interface.
The beneficial effects of the above technical scheme are: the respective image resolutions of each image subfile are generally different, and when the image resolution of the image subfile is higher, the data volume of the image subfile is larger, and the corresponding display loading time for displaying the image subfile on the interface is longer. The sequence of the image resolution of each image subfile from high to low is used as the sequence of the dynamic display of each image subfile on the interface, so that the priority of longer display loading time can be ensured to be displayed on the interface, and the display efficiency of the image subfiles on the interface is improved to the maximum extent.
Preferably, in step S3, the compressing all the image subfiles and importing them into the local space of the platform terminal according to the dynamic display order specifically includes:
according to the dynamic display sequence, all the image subfiles are subjected to fidelity compression, and each image subfile subjected to fidelity compression is marked with a corresponding serial number in the dynamic display sequence; and then all the image subfiles are imported into a local space of the platform terminal for storage.
The beneficial effects of the above technical scheme are: and performing fidelity compression on all the image subfiles, and marking the corresponding sequence number of each image subfile after the fidelity compression in the dynamic display sequence, so that each image subfile can be ensured to be orderly stored in the local space of the platform terminal, and the required image subfile can be conveniently and quickly and accurately searched in the local space subsequently.
Preferably, in step S3, the copying each image subfile from the local space according to the image display request from the interface specifically includes:
determining whether the interface is triggered by a user currently, if so, generating a corresponding image display request, and sending the image display request to a local space of the platform terminal;
and when the local space of the platform terminal receives the image display request, decompressing and copying all the stored image subfiles.
The beneficial effects of the above technical scheme are: when a user performs corresponding touch operation on the interface, the interface is correspondingly triggered by the user, and at the moment, the interface generates a corresponding image display request in the background. The touch operation may be, but is not limited to, a click operation performed on a specific icon of the interface. When the local space of the platform terminal receives the image display request, all the stored image subfiles are decompressed and copied, so that all the image subfiles can be in a state of being displayed by an interface at any time.
Preferably, in step S4, the obtaining of the current display layout space state of the interface, and determining, according to the display layout space state, a spatial position where the copied image subfile is displayed on the interface specifically includes:
acquiring the distribution position of an interface blank area in the current display layout of the interface;
determining a single blank area with the largest area in the interface blank area according to the distribution position of the interface blank area; and the single blank area with the largest area is used as a spatial position for displaying the copied image subfile on the interface.
The beneficial effects of the above technical scheme are: the interface of the platform terminal is currently in a displayed image state, in order to ensure that the copied image subfile can be normally displayed on the interface and does not cover other displayed images, at this time, according to the distribution position of the blank area of the interface, a single blank area with the largest area in the blank area of the interface is determined, and the single blank area with the largest area is used as a space position for displaying the copied image subfile on the interface, so that the interface can be ensured to completely display the copied image subfile to the maximum extent.
Preferably, in step S4, the step of sequentially importing the copied image subfiles into the space position for displaying dynamically includes:
and sequentially importing the copied image subfiles into the space positions for displaying, and only continuously displaying each image subfile for a preset time length at the space position for displaying, and replacing and displaying the next image subfile, thereby realizing the dynamic display of the image subfiles.
The beneficial effects of the above technical scheme are: and sequentially importing the copied image subfiles into the space position for displaying, wherein each image subfile only continuously displays the preset time length at the space position for displaying, and replacing and displaying the next image subfile, so that the interface can be ensured to finish displaying all the image subfiles in the shortest time.
As can be seen from the content of the above embodiment, the interface dynamic generation method based on the configuration file analyzes the configuration file calling request from the platform terminal, so as to determine the attribute information of the configuration file to be called and locate and call out the required configuration file; then, analyzing all the image subfiles contained in the configuration file to obtain the image subfiles, determining the dynamic display sequence of each image subfile on an interface, compressing all the image subfiles and then importing the compressed image subfiles into a local space of a platform terminal; finally, according to the space state of the current display layout of the interface, determining the space position of the copied image subfile displayed on the interface; and then the copied image subfiles are sequentially led into the space position for displaying dynamically, and the image subfiles contained in the configuration file can be dynamically displayed in order on an interface of the platform terminal, so that the image subfiles can be accurately displayed on the interface, and the controllability and the accuracy of the dynamic image display of the interface are improved.
Claims (9)
1. The interface dynamic generation method based on the configuration file is characterized by comprising the following steps:
step S1, obtaining a configuration file calling request from the platform terminal; analyzing the configuration file calling request to determine the attribute information of the configuration file required to be called by the platform terminal; positioning and calling out a required configuration file according to the attribute information of the configuration file;
step S2, analyzing the configuration file obtained by calling so as to obtain all image subfiles contained in the configuration file; sequencing all the image subfiles so as to determine the dynamic display sequence of each image subfile on the interface;
step S3, according to the dynamic display sequence, compressing all image subfiles and then importing the compressed image subfiles into a local space of a platform terminal; copying each image subfile from the local space according to an image display request from an interface;
step S4, acquiring the space state of the current display layout of the interface, and determining the space position of the copied image subfile displayed on the interface according to the space state of the display layout; then, the copied image subfiles are sequentially led into the space position for displaying dynamically;
in step S1, the acquiring the configuration file retrieving request from the platform terminal specifically includes:
after a configuration file calling request from a platform terminal is obtained, address information of the platform terminal is extracted from the configuration file calling request;
comparing the address information of the platform terminal with a preset address information white list; if the address information of the platform terminal exists in a preset address information white list, determining that the configuration file calling request is an effective configuration file calling request; and if the address information of the platform terminal does not exist in a preset address information white list, determining that the configuration file calling request is an invalid configuration file calling request.
2. The method of claim 1, wherein:
in step S1, analyzing the configuration file retrieving request to determine that the attribute information of the configuration file that the platform terminal needs to retrieve specifically includes:
and analyzing the effective configuration file calling request to determine file creation time information corresponding to the configuration file which needs to be called from the configuration file library by the platform terminal, and taking the file creation time information as the attribute information.
3. The method of claim 2, wherein:
in step S1, the positioning and retrieving the required configuration file according to the attribute information of the configuration file specifically includes:
and positioning and calling the configuration file matched with the file creation time information from the configuration file library according to the file creation time information of the configuration file.
4. The method of claim 1, wherein:
in step S2, parsing the configuration file obtained by the calling, so as to obtain all image subfiles included in the configuration file specifically includes:
and decompressing the obtained configuration file, thereby obtaining all image subfiles contained in the configuration file.
5. The method of claim 4, wherein:
in step S2, the step of sorting all the image subfiles to determine the order in which each image subfile is dynamically displayed on the interface specifically includes:
and acquiring the respective image resolution of each image subfile, and taking the sequence of the image resolution of each image subfile from high to low as the sequence of each image subfile dynamically displayed on the interface.
6. The method of claim 1, wherein:
in step S3, compressing all the image subfiles according to the dynamic display order, and importing the compressed image subfiles into the local space of the platform terminal specifically includes:
according to the dynamic display sequence, all the image subfiles are subjected to fidelity compression, and each image subfile subjected to fidelity compression is marked with a corresponding sequence number in the dynamic display sequence; and then all the image subfiles are imported into a local space of the platform terminal for storage.
7. The method of claim 1, wherein:
in step S3, copying each image subfile from the local space according to the image display request from the interface specifically includes:
determining whether an interface is triggered by a user at present, if so, generating a corresponding image display request, and sending the image display request to a local space of a platform terminal;
and when the local space of the platform terminal receives the image display request, decompressing and copying all the stored image subfiles.
8. The method of claim 1, wherein:
in step S4, the obtaining of the current display layout space state of the interface, and determining, according to the display layout space state, a spatial position where the copied image subfile is displayed on the interface specifically includes:
acquiring the distribution position of an interface blank area in the current display layout of the interface;
determining a single blank area with the largest area in the interface blank area according to the distribution position of the interface blank area; and taking the single blank area with the largest area as a spatial position for displaying the copied image subfile on the interface.
9. The method of claim 8, wherein:
in step S4, the sequentially importing the copied image subfiles into the display space for dynamic display specifically includes:
and sequentially importing the copied image subfiles into the space positions for displaying, wherein each image subfile only continuously displays the preset time length at the space position for displaying, and replacing and displaying the next image subfile, thereby realizing the dynamic display of the image subfiles.
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