CN113626555B - Method and system for displaying oversized form through sectional loading - Google Patents
Method and system for displaying oversized form through sectional loading Download PDFInfo
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Abstract
The invention provides a method and a system for segment loading and displaying of an oversized form, belonging to the technical field of data processing.A server obtains the number of form segments according to the length of the form and the display length of each screen of a mobile terminal, and performs segment storage on the form according to the number of the form segments; the mobile terminal executes form data query, after all form data query is completed, each segmented data of the form is respectively assigned to a corresponding variable, the content of a first segment is displayed on a screen, after the data display of the first segment is completed, the data display of a next segment is carried out, meanwhile, the variable corresponding to the previous segment is destroyed, the memory space is released, and the display of each segmented data is carried out in sequence until the data display of the last segment is completed; the invention shortens the waiting time of the user, improves the user experience and keeps the integrity of the oversized form.
Description
Technical Field
The invention relates to the technical field of data processing, in particular to a method and a system for displaying a super large form through sectional loading.
Background
The statements in this section merely provide background information related to the present disclosure and may not constitute prior art.
The existing form display method comprises two schemes: the first method is that the loading is read and loaded for display at one time, or the information such as characters and the like is loaded firstly, and then the picture table is loaded; the second is a lazy loading mode, in which one screen of content is loaded first and the next screen of content is loaded when the user slides upwards.
The inventors have found that the above solution has the following disadvantages:
(1) due to the influence of the hardware performance of the equipment, the loading speed of the oversized form is too low, although the user experience can be improved by adding the progress bar, the office efficiency of the user can be influenced due to too long loading time;
(2) the integrity of a whole form can be damaged by using a lazy loading mode, and the user experience is poor.
Disclosure of Invention
In order to solve the defects of the prior art, the invention provides a method and a system for displaying a super-large form in a sectional loading manner, which shorten the waiting time of a user, improve the user experience and keep the integrity of the super-large form.
In order to achieve the purpose, the invention adopts the following technical scheme:
the invention provides a sectional loading display method for a super large form, which is applied to a server and a mobile terminal which are communicated with each other and comprises the following processes:
the server obtains the number of the form segments according to the length of the form and the display length of each screen of the mobile terminal, and performs segment storage on the form according to the number of the form segments;
the mobile terminal executes form data query;
after all the form data are inquired, assigning the data of each section of the form to corresponding variables respectively, and displaying the content of the first section on a screen;
after the data display of the first segment is finished, performing the data display of the next segment, destroying the variable corresponding to the previous segment and releasing the memory space;
and sequentially displaying the data of each segment until the data of the last segment is displayed.
The invention provides a segment loading display method of a super large form, which is applied to a server and a mobile terminal which are communicated with each other, and comprises the following processes:
the server is used for obtaining the number of the form segments according to the length of the form and the display length of each screen of the mobile terminal, performing segment storage on the form according to the number of the form segments, and dividing the segmented form into a plurality of parts;
the mobile terminal executes form data query;
after the first part of form data is inquired, assigning the data of each segment of the first part of form to corresponding variables respectively, and displaying the content of the first segment on a screen;
after the data display of the first segment is finished, performing the data display of the next segment, destroying the variable corresponding to the previous segment and releasing the memory space;
sequentially displaying the data of each segment until the data display of the last segment of the first part of form data is finished;
the above process is performed again until the last part of the form data display is completed.
In a third aspect, the present invention provides a segment-loading display system for oversized forms, comprising: the mobile terminal is in communication connection with the server;
the server obtains the number of the form segments according to the length of the form and the display length of each screen of the mobile terminal, and performs segment storage on the form according to the number of the form segments;
the mobile terminal executes form data query;
after all the form data are inquired, assigning the data of each section of the form to corresponding variables respectively, and displaying the content of the first section on a screen;
after the data display of the first segment is finished, performing the data display of the next segment, destroying the variable corresponding to the previous segment and releasing the memory space;
and sequentially displaying the data of each segment until the data of the last segment is displayed.
The fourth aspect of the present invention provides a segment-type loading display system for oversized forms, comprising: the mobile terminal is in communication connection with the server;
the server is used for obtaining the number of the form segments according to the length of the form and the display length of each screen of the mobile terminal, performing segment storage on the form according to the number of the form segments, and dividing the segmented form into a plurality of parts;
the mobile terminal executes form data query;
after the first part of form data is inquired, assigning the data of each segment of the first part of form to corresponding variables respectively, and displaying the content of the first segment on a screen;
after the data display of the first segment is finished, performing the data display of the next segment, destroying the variable corresponding to the previous segment and releasing the memory space;
sequentially displaying the data of each segment until the data display of the last segment of the first part of form data is finished;
the above process is performed again until the last part of the form data display is completed.
Further, when the form length is L1The display length of each screen of the mobile terminal is L2And loading data L of N screens at a time3=N*L2When the number of form segments is L1/L3。
The fifth aspect of the invention provides a segment loading display method for a super large form, which is applied to a mobile terminal and comprises the following processes:
executing form data query;
after all the form data are inquired, assigning the data of each section of the form to corresponding variables respectively, and displaying the content of the first section on a screen;
after the data display of the first segment is finished, performing the data display of the next segment, destroying the variable corresponding to the previous segment and releasing the memory space;
and sequentially displaying the data of each segment until the data of the last segment is displayed.
A sixth aspect of the present invention provides a mobile terminal, including a processor, where the processor executes the following processes:
executing form data query;
after all the form data are inquired, assigning the data of each section of the form to corresponding variables respectively, and displaying the content of the first section on a screen;
after the data display of the first segment is finished, performing the data display of the next segment, destroying the variable corresponding to the previous segment and releasing the memory space;
and sequentially displaying the data of each segment until the data of the last segment is displayed.
The seventh aspect of the invention provides a segment loading display method for a super large form, which is applied to a mobile terminal and comprises the following processes:
executing form data query;
after the first part of form data is inquired, assigning the data of each segment of the first part of form to corresponding variables respectively, and displaying the content of the first segment on a screen;
after the data display of the first segment is finished, performing the data display of the next segment, destroying the variable corresponding to the previous segment and releasing the memory space;
sequentially displaying the data of each segment until the data display of the last segment of the first part of form data is finished;
the above process is performed again until the last part of the form data display is completed.
An eighth aspect of the present invention provides a mobile terminal, including a processor, the processor performing the following processes:
executing form data query;
after the first part of form data is inquired, assigning the data of each segment of the first part of form to corresponding variables respectively, and displaying the content of the first segment on a screen;
after the data display of the first segment is finished, performing the data display of the next segment, destroying the variable corresponding to the previous segment and releasing the memory space;
sequentially displaying the data of each segment until the data display of the last segment of the first part of form data is finished;
the above process is performed again until the last part of the form data display is completed.
Compared with the prior art, the invention has the beneficial effects that:
1. the method and the system for the sectional loading display of the oversized form shorten the waiting time of a user, improve the user experience and keep the integrity of the oversized form.
2. According to the method and the system for the sectional loading and displaying of the oversized form, all form contents are stored instead of only data during form data storage, so that the form can be prevented from being refilled by inquiring data during data loading, and the loading and displaying speed is increased.
3. According to the method and the system for displaying the super large form in the sectional loading manner, when the data are segmented less, all the segmented data of the form are simultaneously inquired when the data are read, only one database operation is needed, and the I/O overhead is reduced.
4. According to the method and the system for displaying the oversized form in the sectional loading manner, each section can load multi-screen data, so that the data connection process cannot be sensed by a user, and better user experience is achieved.
5. According to the method and the system for the sectional loading display of the oversized form, when too many data sections are obtained, data reading is carried out for multiple times, and the process is repeated after each data reading, so that good user experience is guaranteed.
6. The method and the system for displaying the oversized form in a sectional loading manner avoid the problem of too slow time for displaying the oversized form in a one-time whole loading manner, and compared with a lazy loading manner, the method and the system are used for actively loading data instead of loading the data when a user slides upwards, so that the integrity of the whole form is maintained in the using process of the user.
Drawings
The accompanying drawings, which are incorporated in and constitute a part of this specification, are included to provide a further understanding of the invention, and are incorporated in and constitute a part of this specification, illustrate exemplary embodiments of the invention and together with the description serve to explain the invention and not to limit the invention.
FIG. 1 is a flowchart illustrating a segment loading display method for huge forms according to embodiment 1 of the present invention.
Detailed Description
The invention is further described with reference to the following figures and examples.
It is to be understood that the following detailed description is exemplary and is intended to provide further explanation of the invention as claimed. Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs.
It is noted that the terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of exemplary embodiments according to the invention. As used herein, the singular forms "a", "an" and "the" are intended to include the plural forms as well, and it should be understood that when the terms "comprises" and/or "comprising" are used in this specification, they specify the presence of stated features, steps, operations, devices, components, and/or combinations thereof, unless the context clearly indicates otherwise.
The embodiments and features of the embodiments of the present invention may be combined with each other without conflict.
Example 1:
as shown in fig. 1, an embodiment 1 of the present invention provides a segment loading display method for a very large form, which is applied to a server and a mobile terminal, and includes the following processes:
s1: analyzing data;
s2: storing data;
s3: data transmission;
s4: reading data;
s5: loading and displaying data;
s6: and (5) filling and storing data.
In S1 and S2, a user form is subjected to data analysis and stored in a database in segments. Segmented storage is the basis for segmented loading. The stage is carried out in a server (or a PC side), the performance is not high, and common machines can normally operate. But the memory optimization at this stage is crucial for the segmented loading display of the mobile terminal. First analyze the length (L) of the form1Assumed to be 2000 lines), the display length per screen (L) of the mobile terminal2Assumed to be 100 lines), each time 5 screens of data, L, are loaded3=L25=500 rows, the number of fragments stored by a segment is L1/L3=4。
The form is divided into 4 segments and stored in the database (in practice, the number of segments is more, flexible setting is performed according to the number of lines displayed on the screen and the number loaded each time, and those skilled in the art can perform the setting according to specific working conditions). The data storage has another characteristic that the whole form content is stored, rather than only the data is stored, so that the data is prevented from being inquired first when the data is loaded, the form is refilled, and the loading and displaying speed can be increased.
In S3, the data stored in the server in segments is sent to the mobile terminal by way of data line connection for displaying on the mobile terminal, i.e. the mobile terminal is connected to the server by wire.
It can be understood that, in some other embodiments, the server and the mobile terminal may also be in wireless connection with WIFI or bluetooth, and those skilled in the art may select according to specific working conditions, which is not described herein again.
In S4 and S5, when the user opens the form and fills in, the segment loading display technique is performed, which includes:
when data is read, the four sections of data of the form are simultaneously inquired, so that the database is operated once, and the I/O (input/output) overhead is reduced;
after the query is finished, the four segment data are respectively assigned to four variables, the content of the first segment is displayed on a screen on a home page, 2 seconds are needed for displaying all the content at one time, only 0.5 second is needed for displaying the first segment, and the waiting time of a user is only 0.5 second;
after the first fragment data is displayed, displaying the second fragment data, destroying the variable storing the first fragment and releasing the memory space; third, fourth, and so on;
because each segment can load data of four screens, the data connection process cannot be sensed by a user, and better user experience is achieved.
According to the data loading display scheme, the problem that the display is slow when all data are loaded at one time is solved, and compared with a lazy loading mode, the data are actively loaded instead of being loaded when a user slides upwards, and the integrity of the whole form is kept in the using process of the user.
When the user finishes filling all the forms, the user clicks to submit, the filling result can be stored in the database, and then the filling result is sent back to the server (or the PC end) for processing.
Example 2:
the embodiment 2 of the invention provides a segment loading display system for a super large form, which comprises: the mobile terminal is in communication connection with the server;
a server configured to:
obtaining the number of form segments according to the length of the form and the display length of each screen of the mobile terminal, and performing segment storage on the form according to the number of the form segments;
a mobile terminal configured to:
executing form data query;
after all the form data are inquired, assigning the data of each section of the form to corresponding variables respectively, and displaying the content of the first section on a screen;
after the data display of the first segment is finished, performing the data display of the next segment, destroying the variable corresponding to the previous segment and releasing the memory space;
and sequentially displaying the data of each segment until the data of the last segment is displayed.
When the form length is L1The display length of each screen of the mobile terminal is L2And loading data L of N screens at a time3=N*L2When the number of form segments is L1/ L3。
Example 3:
the embodiment 3 of the invention provides a segment loading display method for a super large form, which is applied to a mobile terminal and comprises the following processes:
executing form data query;
after all the form data are inquired, assigning the data of each section of the form to corresponding variables respectively, and displaying the content of the first section on a screen;
after the data display of the first segment is finished, performing the data display of the next segment, destroying the variable corresponding to the previous segment and releasing the memory space;
and sequentially displaying the data of each segment until the data of the last segment is displayed.
When the form length is L1The display length of each screen of the mobile terminal is L2And loading data L of N screens at a time3=N*L2When the number of form segments is L1/ L3。
Example 4:
embodiment 4 of the present invention provides a mobile terminal, including a processor, where the processor executes the following processes:
executing form data query;
after all the form data are inquired, assigning the data of each section of the form to corresponding variables respectively, and displaying the content of the first section on a screen;
after the data display of the first segment is finished, performing the data display of the next segment, destroying the variable corresponding to the previous segment and releasing the memory space;
and sequentially displaying the data of each segment until the data of the last segment is displayed.
When the form length is L1The display length of each screen of the mobile terminal is L2And loading data L of N screens at a time3=N*L2When the number of form segments is L1/ L3。
Example 5:
the embodiment 5 of the invention provides a segment loading display method for a super large form, which is applied to a mobile terminal and comprises the following processes:
executing form data query;
after the first part of form data is inquired, assigning the data of each segment of the first part of form to corresponding variables respectively, and displaying the content of the first segment on a screen;
after the data display of the first segment is finished, performing the data display of the next segment, destroying the variable corresponding to the previous segment and releasing the memory space;
sequentially displaying the data of each segment until the data display of the last segment of the first part of form data is finished;
the above process is performed again until the last part of the form data display is completed.
Wherein, the form is divided into a plurality of parts by the server, comprising the following processes: the server obtains the number of the form segments according to the length of the form and the display length of each screen of the mobile terminal, performs segment storage on the form according to the number of the form segments, and divides the segmented form into a plurality of parts.
When the form length is L1The display length of each screen of the mobile terminal is L2And loading data L of N screens at a time3=N*L2When the number of form segments is L1/ L3。
Example 6:
embodiment 6 of the present invention provides a mobile terminal, including a processor, where the processor executes the following processes:
executing form data query;
after the first part of form data is inquired, assigning the data of each segment of the first part of form to corresponding variables respectively, and displaying the content of the first segment on a screen;
after the data display of the first segment is finished, performing the data display of the next segment, destroying the variable corresponding to the previous segment and releasing the memory space;
sequentially displaying the data of each segment until the data display of the last segment of the first part of form data is finished;
the above process is performed again until the last part of the form data display is completed.
Wherein, the form is divided into a plurality of parts by the server, comprising the following processes: the server obtains the number of the form segments according to the length of the form and the display length of each screen of the mobile terminal, performs segment storage on the form according to the number of the form segments, and divides the segmented form into a plurality of parts.
When the form length is L1The display length of each screen of the mobile terminal is L2And loading data L of N screens at a time3=N*L2When the number of form segments is L1/ L3。
Example 7:
the embodiment 7 of the invention provides a segment loading display method for a super large form, which is applied to a server and a mobile terminal which are communicated with each other, and comprises the following processes when the data segments are too many:
a server configured to:
obtaining the number of form segments according to the length of the form and the display length of each screen of the mobile terminal, performing segment storage on the form according to the number of the form segments, and dividing the segmented form into a plurality of parts;
a mobile terminal configured to:
executing form data query;
after the first part of form data is inquired, assigning the data of each segment of the first part of form to corresponding variables respectively, and displaying the content of the first segment on a screen;
after the data display of the first segment is finished, performing the data display of the next segment, destroying the variable corresponding to the previous segment and releasing the memory space;
sequentially displaying the data of each segment until the data display of the last segment of the first part of form data is finished;
the above process is performed again until the last part of the form data display is completed.
When the form length is L1The display length of each screen of the mobile terminal is L2And loading data L of N screens at a time3=N*L2When the number of form segments is L1/ L3。
Example 8:
an embodiment 8 of the present invention provides a segment-based loading display system for a very large form, including: the mobile terminal is in communication connection with the server, and when the data segments are too many:
a server configured to:
obtaining the number of form segments according to the length of the form and the display length of each screen of the mobile terminal, performing segment storage on the form according to the number of the form segments, and dividing the segmented form into a plurality of parts;
a mobile terminal configured to:
executing form data query;
after the first part of form data is inquired, assigning the data of each segment of the first part of form to corresponding variables respectively, and displaying the content of the first segment on a screen;
after the data display of the first segment is finished, performing the data display of the next segment, destroying the variable corresponding to the previous segment and releasing the memory space;
sequentially displaying the data of each segment until the data display of the last segment of the first part of form data is finished;
the above process is performed again until the last part of the form data display is completed.
When the form length is L1The display length of each screen of the mobile terminal is L2And loading data L of N screens at a time3=N*L2When the number of form segments is L1/ L3。
The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention, and various modifications and changes may be made by those skilled in the art. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (8)
1. A segment loading display method for a super large form is characterized in that:
the server and the mobile terminal which are applied to mutual communication comprise the following processes:
the server obtains the form segmentation quantity according to the length of the form and the display length of each screen of the mobile terminal, and performs segmentation storage on the form according to the form segmentation quantity, wherein the stored form is the whole form content instead of only storing data, so that the data is prevented from being inquired and refilled when the data is loaded;
the mobile terminal executes all form data query, after all form data query is completed, the data of each segment of the form are respectively assigned to corresponding variables, and the content of the first segment is displayed on a screen; after the data display of the first segment is finished, performing the data display of the next segment, destroying the variable corresponding to the previous segment and releasing the memory space;
sequentially displaying the data of each segment until the data of the last segment is displayed;
the length of the form is L1The display length of each screen of the mobile terminal is L2Each time loading data L of N screens3＝N*L2The number of form segments is L1/L3。
2. A segment loading display method for a super large form is characterized in that:
the server and the mobile terminal which are applied to mutual communication comprise the following processes:
the server is used for obtaining the number of the form segments according to the length of the form and the display length of each screen of the mobile terminal, and performing segment storage on the form according to the number of the form segments, wherein the stored form is the whole form content, but not only the data, so that the problems that the data is inquired firstly when the data is loaded, the form is refilled and the form after the segment is divided into a plurality of parts are avoided;
the mobile terminal executes all form data query, after the first part of form data query is completed, each segmented data of the first part of form is assigned to a corresponding variable respectively, the content of a first fragment is displayed on a screen, after the data display of the first fragment is completed, the data display of the next fragment is carried out, meanwhile, the variable corresponding to the previous fragment is destroyed, and the memory space is released; sequentially displaying the data of each segment until the data display of the last segment of the first part of form data is finished; executing the process again until the last part of form data is displayed;
the length of the form is L1The display length of each screen of the mobile terminal is L2Each time loading data L of N screens3＝N*L2The number of form segments is L1/L3。
3. A super large form sectional type loading display system which characterized in that:
the method comprises the following steps: the mobile terminal is in communication connection with the server;
the server obtains the form segmentation quantity according to the length of the form and the display length of each screen of the mobile terminal, and performs segmentation storage on the form according to the form segmentation quantity, wherein the stored form is the whole form content instead of only storing data, so that the data is prevented from being inquired and refilled when the data is loaded;
the mobile terminal executes all form data query; after all the form data are inquired, assigning the data of each section of the form to corresponding variables respectively, and displaying the content of the first section on a screen; after the data display of the first segment is finished, performing the data display of the next segment, destroying the variable corresponding to the previous segment and releasing the memory space; sequentially displaying the data of each segment until the data of the last segment is displayed;
the length of the form is L1The display length of each screen of the mobile terminal is L2Each time loading data L of N screens3＝N*L2The number of form segments is L1/L3。
4. A super large form sectional type loading display system which characterized in that:
the method comprises the following steps: the mobile terminal is in communication connection with the server;
the server is used for obtaining the number of the form segments according to the length of the form and the display length of each screen of the mobile terminal, and performing segment storage on the form according to the number of the form segments, wherein the stored form is the whole form content, but not only the data, so that the problems that the data is inquired firstly when the data is loaded, the form is refilled and the form after the segment is divided into a plurality of parts are avoided;
the mobile terminal executes all form data query; after the first part of form data is inquired, assigning the data of each segment of the first part of form to corresponding variables respectively, and displaying the content of the first segment on a screen; after the data display of the first segment is finished, performing the data display of the next segment, destroying the variable corresponding to the previous segment and releasing the memory space; sequentially displaying the data of each segment until the data display of the last segment of the first part of form data is finished; executing the data display of the next part of form again until the data display of the last part of form is completed;
the length of the form is L1The display length of each screen of the mobile terminal is L2Each time loading data L of N screens3＝N*L2The number of form segments is L1/L3。
5. A segment loading display method for a super large form is characterized in that:
the method is applied to the mobile terminal and comprises the following processes:
form data query is executed, the form data is stored in a form content mode instead of only storing the data, and the condition that the data is queried first and the form is refilled when the data is loaded is avoided;
after all the form data are inquired, assigning the data of each section of the form to corresponding variables respectively, and displaying the content of the first section on a screen;
after the data display of the first segment is finished, performing the data display of the next segment, destroying the variable corresponding to the previous segment and releasing the memory space;
sequentially displaying the data of each segment until the data of the last segment is displayed;
the length of the form is L1The display length of each screen of the mobile terminal is L2Each time loading data L of N screens3＝N*L2The number of form segments is L1/L3。
6. A mobile terminal, characterized by:
comprising a processor that performs the process of:
form data query is executed, the form data is stored in a form content mode instead of only storing the data, and the condition that the data is queried first and the form is refilled when the data is loaded is avoided;
after all the form data are inquired, assigning the data of each section of the form to corresponding variables respectively, and displaying the content of the first section on a screen;
after the data display of the first segment is finished, performing the data display of the next segment, destroying the variable corresponding to the previous segment and releasing the memory space;
sequentially displaying the data of each segment until the data of the last segment is displayed;
the length of the form is L1The display length of each screen of the mobile terminal is L2Each time loading data L of N screens3＝N*L2The number of form segments is L1/L3。
7. A segment loading display method for a super large form is characterized in that:
the method is applied to the mobile terminal and comprises the following processes:
form data query is executed, the form data is stored in a form content mode instead of only storing the data, and the condition that the data is queried first and the form is refilled when the data is loaded is avoided;
after the first part of form data is inquired, assigning the data of each segment of the first part of form to corresponding variables respectively, and displaying the content of the first segment on a screen;
after the data display of the first segment is finished, performing the data display of the next segment, destroying the variable corresponding to the previous segment and releasing the memory space;
sequentially displaying the data of each segment until the data display of the last segment of the first part of form data is finished;
executing the data display of the next part of form again until the data display of the last part of form is completed;
the length of the form is L1The display length of each screen of the mobile terminal is L2Each time loading data L of N screens3＝N*L2The number of form segments is L1/L3。
8. A mobile terminal, characterized by:
comprising a processor that performs the process of:
form data query is executed, the form data is stored in a form content mode instead of only storing the data, and the condition that the data is queried first and the form is refilled when the data is loaded is avoided;
after the first part of form data is inquired, assigning the data of each segment of the first part of form to corresponding variables respectively, and displaying the content of the first segment on a screen;
after the data display of the first segment is finished, performing the data display of the next segment, destroying the variable corresponding to the previous segment and releasing the memory space;
sequentially displaying the data of each segment until the data display of the last segment of the first part of form data is finished;
executing the data display of the next part of form again until the data display of the last part of form is completed;
the length of the form is L1The display length of each screen of the mobile terminal is L2Each time loading data L of N screens3＝N*L2The number of form segments is L1/L3。
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