CN114741130B - Automatic quick access toolbar construction method and system - Google Patents
Automatic quick access toolbar construction method and system Download PDFInfo
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- CN114741130B CN114741130B CN202210337159.7A CN202210337159A CN114741130B CN 114741130 B CN114741130 B CN 114741130B CN 202210337159 A CN202210337159 A CN 202210337159A CN 114741130 B CN114741130 B CN 114741130B
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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
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- G06F11/34—Recording or statistical evaluation of computer activity, e.g. of down time, of input/output operation ; Recording or statistical evaluation of user activity, e.g. usability assessment
- G06F11/3438—Recording or statistical evaluation of computer activity, e.g. of down time, of input/output operation ; Recording or statistical evaluation of user activity, e.g. usability assessment monitoring of user actions
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- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
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- 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
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Abstract
The invention provides an automatic quick access toolbar construction method and system, which generate a historical operation statistical list of a user on terminal equipment according to historical operation log data of the user on the terminal equipment, distinguish the historical operation statistical list to obtain effective operation in the historical operation statistical list, and combine all toolbar icons into an access toolbar; and finally, adjusting the arrangement mode or the visual display state of the toolbar icons in the access toolbar according to the file editing operation habit information of the user on the terminal equipment, and storing the adjusted access toolbar into a personalized folder corresponding to the terminal equipment to serve as a special access toolbar for the user.
Description
Technical Field
The invention relates to the technical field of quick access toolbar development, in particular to an automatic quick access toolbar construction method and system.
Background
After a computer or other terminal device starts a program, the computer or other terminal device provides a program operating window to a user, and the program operating window is usually provided with a quick access toolbar. And the user operates the access tool icon in the quick access toolbar to realize corresponding file editing. The setting mode of the access tool icon in the quick access toolbar provided by the existing program operation window is fixed, and the quick access toolbar cannot be adjusted in a personalized mode according to the operation habit of a user in the program operation window, so that the operation convenience of the user on the quick access toolbar is reduced, and the user cannot be guaranteed to operate the quick access toolbar accurately and pertinently after starting the program each time.
Disclosure of Invention
Aiming at the defects in the prior art, the invention provides an automatic quick access toolbar construction method and system, which generate a historical operation statistical list of a user on a terminal device according to the historical operation log data of the user on the terminal device, and distinguish the historical operation statistical list to obtain effective operation in the historical operation statistical list; then, establishing a one-to-one corresponding relation between each effective operation and the toolbar icon, and combining all the toolbar icons into an access toolbar; and finally, adjusting the arrangement mode or the visual display state of the toolbar icons in the access toolbar according to the file editing operation habit information of the user on the terminal equipment, and storing the adjusted access toolbar into a personalized folder corresponding to the terminal equipment to serve as a special access toolbar for the user.
The invention provides an automatic quick access toolbar construction method, which comprises the following steps:
step S1, obtaining historical operation log data of a user on terminal equipment, processing the historical operation log data, and generating a historical operation statistical list of the user on the terminal equipment; each operation of the historical operation statistical list is divided into valid operation or invalid operation;
s2, constructing a one-to-one corresponding relation between each effective operation and the toolbar icons, combining all the toolbar icons into an access toolbar, and setting the access toolbar on an operation interface of the terminal equipment;
s3, adjusting the arrangement mode or the visual display state of the toolbar icons in the access toolbar according to the file editing operation habit information of the user on the terminal equipment; and saving the adjusted access toolbar to a personalized folder corresponding to the terminal equipment, so that the adjusted access toolbar is used as a special access toolbar for the user.
Further, in the step S1, historical operation log data of the user on the terminal device is acquired, and the historical operation log data is processed to generate a historical operation statistical list of the user on the terminal device; and the step of distinguishing each operation in the historical operation statistics list into valid operation or invalid operation specifically comprises the following steps:
step S101, obtaining historical operation log data of a user on the terminal equipment from a cookie cache region of the terminal equipment;
step S102, taking the name of the program installed by the terminal equipment as an index, distinguishing and processing the historical operation log data, and generating a historical operation statistical list of each program installed by the terminal equipment by a user; the historical operation statistic list comprises operation types executed by a user on each program;
step S103, if a certain operation in the historical operation statistical list is illegal tampering on data, determining the corresponding operation as an invalid operation; otherwise, the corresponding operation is determined to be a valid operation.
Further, in step S1, before obtaining the historical operation log data of the user on the terminal device, the user logs in when starting a program operation window, and then generates a corresponding personalized folder for different users, where the user login window is set in a form of clicking dots in a matrix with n rows and m columns to perform user login by clicking, and first sequentially clicks the dots in the matrix according to a user name information sequence when the user registers, and then clicks a confirmation, and then sequentially clicks the dots in the matrix according to a password information sequence when registering, and then clicks a confirmation, and the terminal device generates a corresponding user name number sequence and a password number sequence according to the matrix values clicked twice and the click sequence, and then matches the user name number sequence and the password number sequence of the registered user, and further obtains the personalized folder corresponding to the user, thereby completing user login, and the specific steps include:
firstly, using the following formula (1), generating a corresponding user name number sequence and a password number sequence according to the matrix value of two clicks and the click sequence,
in the above formula (1), K 1 (a) The a-th element value in the user name number sequence generated by the first confirmation click is represented; k is 2 (b) The b-th element value in the password sequence generated by the second confirmation click is represented; i 1 of 1 (a),j 1 (a) -the dot position of the a-th click in the matrix values representing the first confirmation click is the ith 1 (a) Line j (th) 1 (a) Columns; i 1 2 (b),j 2 (b) -the dot position of the b-th click in the matrix values representing the second confirmation click is the ith 2 (b) Line j (th) 2 (b) Columns;
the element values are collected in sequence to form a user name sequence K 1 And a password sequence K 2 ；
Secondly, the following formula (2) is used to obtain the user name sequence K 1 And a password sequence K 2 The length of the number series is matched, the stored personalized folder with the matching length of the user name number series and the password number series of the registered user is screened out,
in the formula (2), P represents a preliminarily screened personalized folder set, wherein elements in the set are the arrangement sequence numbers corresponding to the personalized folders; l is 1 Representing the number of elements in a user name number sequence generated by the first confirmation click; l is a radical of an alcohol 2 Representing the number of elements in the user name number sequence generated by the second confirmation click; d (t) represents the user name number sequence of the registered user corresponding to the tth personalized file; len-represents the number of elements in the number column in the bracket; m (t)A password sequence representing the registered user corresponding to the tth personalized file; | | represents the absolute value; t represents the total number of the personalized folders, namely the total number of the registered users;
representing that the value of T is from 1 to T, and screening out all T values which meet the expression in brackets to form a set;
thirdly, comparing the user name number sequence and the password number sequence with the user name number sequence and the password number sequence corresponding to the screened personalized folder one by using the following formula (3) to determine the personalized folder uniquely determined with the user name number sequence and the password number sequence,
in the above formula (3), Q (e) represents a uniquely determined value of the e-th personalized folder in the preliminarily filtered personalized folder set () 2 Indicating that the data in parentheses is converted into binary form; * + 10 Indicating that the numerical value in the bracket is converted into decimal number; p (e) represents the e element value in the preliminarily screened personalized folder set;
if Q (e) =1, the fact that the e-th personalized folder in the personalized folder set subjected to preliminary screening is the only personalized folder of the login user is represented;
if Q (e) =0, it indicates that the e-th personalized folder in the preliminarily screened personalized folder set is not the only personalized folder of the login user.
Further, in step S2, constructing a one-to-one correspondence between each effective operation and a toolbar icon, combining all toolbar icons into an access toolbar, and setting the access toolbar on an operation interface of the terminal device specifically includes:
step S201, selecting corresponding toolbar icons from a preset toolbar icon library and constructing one-to-one corresponding trigger hyperlink relations with each effective operation;
step S202, sequentially arranging all toolbar icons in an arrangement sequence of a preset toolbar icon library to form an initialization access toolbar; and setting the access toolbar in a position area corresponding to a program operation window of the terminal equipment.
Further, in the step S3, according to the file editing operation habit information of the user on the terminal device, the arrangement mode or the visual display state of the toolbar icons in the access toolbar is adjusted; saving the adjusted access toolbar to a personalized folder corresponding to the terminal device, so that the specific access toolbar for the user specifically comprises:
step S301, recording the operation times of each toolbar icon of the initialization access toolbar in the process of file editing in a program operation window after a user starts a program each time, and taking the operation times as the file editing operation habit information;
step S302, updating and adjusting the arrangement sequence of each toolbar icon of the initialization access toolbar according to the sequence with more or at least more operation times, and setting the icon brightness of all toolbar icons in the access toolbar after being updated and adjusted to be gradually reduced from front to back so as to obtain an adjusted access toolbar;
and step S303, storing the adjusted access toolbar into a personalized folder corresponding to the terminal equipment, and automatically calling the adjusted access toolbar from the personalized folder and setting the adjusted access toolbar in the program operation window after the user starts the program operation window next time.
The invention also provides an automatic quick access toolbar construction system, which comprises an operation log data processing module, an access toolbar generating module, an access toolbar adjusting module and an access toolbar storing module; wherein, the first and the second end of the pipe are connected with each other,
the operation log data processing module is used for acquiring historical operation log data of a user on the terminal equipment, processing the historical operation log data and generating a historical operation statistical list of the user on the terminal equipment; each operation of the historical operation statistical list is divided into valid operation or invalid operation;
the access toolbar generation module is used for constructing a one-to-one correspondence relationship between each effective operation and a toolbar icon, combining all toolbar icons into an access toolbar, and setting the access toolbar on an operation interface of the terminal equipment;
the access toolbar adjusting module is used for adjusting the arrangement mode or the visual display state of toolbar icons in the access toolbar according to file editing operation habit information of a user on the terminal equipment;
and the access toolbar storage module is used for storing the adjusted access toolbar into a personalized folder corresponding to the terminal equipment, so that the access toolbar is used as a special access toolbar for the user.
Further, the operation log data processing module is used for acquiring historical operation log data of a user on the terminal device, processing the historical operation log data and generating a historical operation statistical list of the user on the terminal device; and the step of distinguishing each operation in the historical operation statistical list into an effective operation or an ineffective operation specifically comprises the following steps:
acquiring historical operation log data of a user on the terminal equipment from a cookie cache region of the terminal equipment;
taking the name of a program installed by the terminal equipment as an index, distinguishing and processing the historical operation log data, and generating a historical operation statistical list of each program installed by the terminal equipment by a user; the historical operation statistic list comprises operation types executed by a user on each program;
if one operation in the historical operation statistical list is illegal tampering on data, determining the corresponding operation as an invalid operation; otherwise, the corresponding operation is determined to be a valid operation.
Further, the accessing toolbar generating module is configured to construct a one-to-one correspondence between each effective operation and a toolbar icon, combine all toolbar icons into an accessing toolbar, and set the accessing toolbar on an operation interface of the terminal device, where the one-to-one correspondence includes:
selecting a corresponding toolbar icon from a preset toolbar icon library and constructing a one-to-one corresponding trigger hyperlink relationship with each effective operation;
sequentially arranging all the toolbar icons in a preset toolbar icon library to form an initialization access toolbar; and setting the access toolbar in a position area corresponding to a program operation window of the terminal equipment.
Further, the adjusting module of the access toolbar is configured to, according to the information of the file editing operation habit of the user on the terminal device, adjust an arrangement manner or a visual display state of the toolbar icons in the access toolbar, specifically including:
recording the operation times of each toolbar icon of the initialization access toolbar in the process of editing the file in a program operation window after a user starts a program each time, and taking the operation times as the file editing operation habit information;
according to the sequence of at least more operation times, updating and adjusting the arrangement sequence of each toolbar icon of the initialization access toolbar, and setting the icon brightness of all toolbar icons in the access toolbar after updating and adjusting to be gradually reduced from front to back so as to obtain an adjusted access toolbar;
and the number of the first and second groups,
the access toolbar storage module is configured to store the adjusted access toolbar into a personalized folder corresponding to the terminal device, so that the access toolbar specifically includes, as a special access toolbar for the user:
and storing the adjusted access toolbar into a personalized folder corresponding to the terminal equipment, and automatically calling the adjusted access toolbar from the personalized folder and setting the adjusted access toolbar in the program operation window after a user starts the program operation window next time.
Compared with the prior art, the automatic quick access toolbar construction method and system generate a historical operation statistical list of the terminal equipment by the user according to the historical operation log data of the terminal equipment by the user, and distinguish the historical operation statistical list to obtain effective operation; then, establishing a one-to-one corresponding relation between each effective operation and the toolbar icon, and combining all the toolbar icons into an access toolbar; and finally, adjusting the arrangement mode or the visual display state of the toolbar icons in the access toolbar according to the file editing operation habit information of the user on the terminal equipment, and storing the adjusted access toolbar into a personalized folder corresponding to the terminal equipment to serve as a special access toolbar for the user.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.
The technical solution of the present invention is further described in detail by the accompanying drawings and embodiments.
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 present invention, 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 an automated quick access toolbar constructing method provided by the present invention.
Fig. 2 is a schematic structural diagram of an automated quick access toolbar construction system provided by 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 an automated quick access toolbar constructing method according to an embodiment of the present invention. The automatic quick access toolbar construction method comprises the following steps:
step S1, obtaining historical operation log data of a user on terminal equipment, processing the historical operation log data, and generating a historical operation statistical list of the user on the terminal equipment; each operation of the historical operation statistical list is divided into effective operation or ineffective operation;
s2, constructing a one-to-one corresponding relation between each effective operation and the toolbar icons, combining all the toolbar icons into an access toolbar, and setting the access toolbar on an operation interface of the terminal equipment;
s3, adjusting the arrangement mode or the visual display state of the toolbar icons in the access toolbar according to the file editing operation habit information of the user on the terminal equipment; and saving the adjusted access toolbar to a personalized folder corresponding to the terminal equipment, so that the adjusted access toolbar is used as a special access toolbar for the user.
The beneficial effects of the above technical scheme are: the automatic quick access toolbar constructing method generates a historical operation statistical list of the terminal equipment by the user according to the historical operation log data of the terminal equipment by the user, and distinguishes and obtains effective operation in the historical operation statistical list; then, establishing a one-to-one corresponding relation between each effective operation and the toolbar icon, and combining all the toolbar icons into an access toolbar; and finally, adjusting the arrangement mode or the visual display state of the toolbar icons in the access toolbar according to the file editing operation habit information of the user on the terminal equipment, and storing the adjusted access toolbar into a personalized folder corresponding to the terminal equipment to serve as a special access toolbar for the user.
Preferably, in step S1, historical operation log data of the user on the terminal device is obtained, and the historical operation log data is processed to generate a historical operation statistical list of the user on the terminal device; and the step of distinguishing each operation in the historical operation statistics list into valid operation or invalid operation specifically comprises the following steps:
step S101, obtaining historical operation log data of a user on the terminal equipment from a cookie cache region of the terminal equipment;
step S102, taking the name of the program installed in the terminal equipment as an index, distinguishing and processing the historical operation log data, and generating a historical operation statistical list of each program installed in the terminal equipment by a user; the historical operation statistical list comprises operation types executed by a user on each program;
step S103, if a certain operation in the historical operation statistical list is illegal tampering of the data, determining the corresponding operation as an invalid operation; otherwise, the corresponding operation is determined to be a valid operation.
The beneficial effects of the above technical scheme are: different types of programs are installed on terminal equipment such as computers, and the programs correspondingly generate historical operation log data in the running process, wherein the historical operation log data are used for reflecting historical operation records of users on the programs. Historical operation log data are obtained from a cookie cache region of the terminal device, the program name is used as an index, the historical operation log data are distinguished and processed, historical operation records corresponding to different programs operated by a user can be accurately obtained, the effectiveness of each operation executed by the program by the user can be conveniently judged, and therefore a reliable data basis is provided for a follow-up access toolbar.
Preferably, in step S1, before obtaining historical operation log data of a user on a terminal device, the user is required to log in when starting a program operation window, and then generate corresponding personalized folders for different users, where the user login window is configured to perform user click login in a form of matrix click dots of n rows and m columns, the dots in the matrix are sequentially clicked according to a user name information sequence during user registration, and then click confirmation is performed, the terminal device generates a corresponding user name sequence and a password sequence according to a matrix value clicked twice and a click sequence, and then matches the stored user name sequence and password sequence of the registered user, and further obtains the personalized folder corresponding to the user, thereby completing user login, and the specific steps include:
firstly, using the following formula (1), generating a corresponding user name number sequence and a password number sequence according to the matrix value of two clicks and the click sequence,
in the above formula (1), K 1 (a) The a-th element value in the user name number column generated by the first confirmation click is represented; k 2 (b) The b-th element value in the password sequence generated by the second confirmation click is represented; i 1 of 1 (a),j 1 (a) -the dot position of the a-th click in the matrix values representing the first confirmation click is the ith 1 (a) Line j (th) 1 (a) Columns; i 1 2 (b),j 2 (b) -the dot position of the b-th click in the matrix values representing the second confirmation click is the ith 2 (b) Line j (th) 2 (b) A column;
the element values are collected in sequence to form a user name sequence K 1 And a password sequence K 2 ；
Secondly, by using the following formula (2)Family name array K 1 And a password sequence K 2 The length of the number series is matched, the stored personalized folder with the matching length of the user name number series and the password number series of the registered user is screened out,
in the formula (2), P represents a preliminarily screened personalized folder set, wherein elements in the set are the arrangement sequence numbers corresponding to the personalized folders; l is a radical of an alcohol 1 Representing the number of elements in a user name number sequence generated by the first confirmation click; l is 2 Representing the number of elements in the user name number sequence generated by the second confirmation click; d (t) represents the user name number sequence of the registered user corresponding to the tth personalized file; len-represents the number of elements in the number column in the bracket; m (t) represents the password sequence of the registered user corresponding to the tth personalized file; | | represents the absolute value; t represents the total number of the personalized folders, namely the total number of the registered users;
representing that the value of T is from 1 to T, and screening out all T values which meet the expression in brackets to form a set;
thirdly, comparing the user name number sequence and the password number sequence with the user name number sequence and the password number sequence corresponding to the screened personalized folder one by using the following formula (3) to determine the personalized folder uniquely determined by the user name number sequence and the password number sequence,
in the above formula (3), Q (e) represents a uniquely determined value of the e-th personalized folder in the preliminarily filtered set of personalized folders () 2 Indicating that the data in parentheses is converted into binary form; * + 10 Indicating conversion of values in parentheses to decimalMaking a number; p (e) represents the e element value in the initially screened set of personalized folders;
if Q (e) =1, the e-th personalized folder in the initially screened personalized folder set is the only personalized folder of the login user;
if Q (e) =0, it indicates that the e-th personalized folder in the preliminarily screened personalized folder set is not the only personalized folder of the login user.
The beneficial effects of the above technical scheme are: generating a corresponding user name number sequence and a corresponding password number sequence according to the matrix value of the two clicks and the click sequence by using the formula (1), wherein the user name number sequence and the password number sequence are two different decoding modes to ensure the safety of user information; then, the formula (2) is utilized to carry out rapid matching according to the number series lengths of the user name number series and the password number series, and a stored personalized folder with identical length of the user name number series and the password number series of the registered user is screened out, so that the rapid matching is favorable for saving the identification time and improving the system efficiency; and finally, comparing the user name number sequence and the password number sequence with the user name number sequence and the password number sequence corresponding to the screened personalized folder one by utilizing the formula (3) to determine the personalized folder uniquely determined with the user name number sequence and the password number sequence, so that the personalized folder uniquely corresponds to different users, and different requirements of different users can be met to the maximum extent.
Preferably, in step S2, constructing a one-to-one correspondence between each valid operation and a toolbar icon, combining all toolbar icons into an access toolbar, and setting the access toolbar on an operation interface of the terminal device specifically includes:
step S201, selecting corresponding toolbar icons from a preset toolbar icon library and constructing one-to-one corresponding trigger hyperlink relations with each effective operation;
step S202, sequentially arranging all toolbar icons in an arrangement sequence of a preset toolbar icon library to form an initialization access toolbar; and setting the access toolbar in a position area corresponding to a program operation window of the terminal equipment.
The beneficial effects of the above technical scheme are: the preset toolbar icon library comprises a plurality of different types of toolbar icons, and a one-to-one corresponding trigger hyperlink relation is constructed by selecting a corresponding toolbar icon from the preset toolbar icon library and each effective operation, so that when a user clicks one toolbar icon in a program operation window, the corresponding effective operation is triggered. And then sequentially arranging all the toolbar icons in the preset toolbar icon library to form the initialization access toolbar, so that the initialization access toolbar with the corresponding arrangement mode of the toolbar icons can be preliminarily formed, and the visualization regularity of the initialization access toolbar is improved.
Preferably, in step S3, according to the file editing operation habit information of the user on the terminal device, the arrangement mode or the visual display state of the toolbar icons in the access toolbar is adjusted; saving the adjusted access toolbar to a personalized folder corresponding to the terminal device, so that the specific access toolbar for the user specifically comprises:
step S301, recording the operation times of each toolbar icon of the initialization access toolbar in the process of file editing in a program operation window after a user starts a program each time, and taking the operation times as the file editing operation habit information;
step S302, according to the sequence that the operation times are at least larger, updating and adjusting the arrangement sequence of each toolbar icon of the initialization access toolbar, and setting the icon brightness of all toolbar icons in the access toolbar after being updated and adjusted to be gradually reduced from front to back, so as to obtain an adjusted access toolbar;
step S303, saving the adjusted access toolbar to a personalized folder corresponding to the terminal device, and when the user starts the program operation window next time, automatically retrieving the adjusted access toolbar from the personalized folder and setting the adjusted access toolbar in the program operation window.
The beneficial effects of the above technical scheme are: after a user starts a program each time, clicking and other operations are carried out on toolbar icons in an initialization access toolbar of a program operation window, wherein the number of times of clicking operations of the user on different toolbar icons represents file editing operation habit information of the user. The number of times of clicking operations on a certain toolbar icon indicates the frequency of use of the toolbar icon by a user, the arrangement sequence of each toolbar icon of the initialization access toolbar is updated and adjusted according to the sequence of the number of times of the operations, and the icon brightness of all toolbar icons in the access toolbar after the update and adjustment is gradually reduced from front to back, so that the toolbar icon with higher frequency of use can be arranged at the front position of the access toolbar and higher display brightness can be given, and the more humanized access toolbar can be provided for the user. And the adjusted access toolbar is stored in the personalized folder corresponding to the terminal equipment, when the user starts the program operation window next time, the adjusted access toolbar is automatically called from the personalized folder and is arranged in the program operation window, and the condition that the user can automatically obtain the access toolbar which accords with the self personalization after starting the program every time can be ensured.
Fig. 2 is a schematic structural diagram of an automated quick access toolbar constructing system according to an embodiment of the present invention. The automatic quick access toolbar constructing system comprises an operation log data processing module, an access toolbar generating module, an access toolbar adjusting module and an access toolbar storing module; wherein the content of the first and second substances,
the operation log data processing module is used for acquiring historical operation log data of a user on the terminal equipment, processing the historical operation log data and generating a historical operation statistical list of the user on the terminal equipment; each operation of the historical operation statistical list is divided into valid operation or invalid operation;
the access toolbar generation module is used for constructing a one-to-one correspondence relationship between each effective operation and a toolbar icon, combining all toolbar icons into an access toolbar, and setting the access toolbar on an operation interface of the terminal equipment;
the access toolbar adjusting module is used for adjusting the arrangement mode or the visual display state of toolbar icons in the access toolbar according to file editing operation habit information of a user on the terminal equipment;
the access toolbar storage module is used for storing the adjusted access toolbar into a personalized folder corresponding to the terminal equipment, so that the access toolbar is used as a special access toolbar for the user.
The beneficial effects of the above technical scheme are: the automatic quick access toolbar constructing system generates a historical operation statistical list of the terminal equipment by the user according to the historical operation log data of the terminal equipment by the user, and distinguishes and obtains effective operation in the historical operation statistical list; then, establishing a one-to-one corresponding relation between each effective operation and the toolbar icon, and combining all the toolbar icons into an access toolbar; and finally, adjusting the arrangement mode or the visual display state of the toolbar icons in the access toolbar according to the file editing operation habit information of the user on the terminal equipment, and storing the adjusted access toolbar into a personalized folder corresponding to the terminal equipment to serve as a special access toolbar for the user.
Preferably, the operation log data processing module is configured to acquire historical operation log data of the terminal device by the user, process the historical operation log data, and generate a historical operation statistical list of the terminal device by the user; and the step of distinguishing each operation in the historical operation statistics list into valid operation or invalid operation specifically comprises the following steps:
acquiring historical operation log data of a user on the terminal equipment from a cookies cache region of the terminal equipment;
taking the name of the program installed by the terminal equipment as an index, distinguishing and processing the historical operation log data, and generating a historical operation statistical list of each program installed by the terminal equipment by a user; the historical operation statistical list comprises operation types executed by a user on each program;
if one operation in the historical operation statistical list is illegal tampering on the data, determining the corresponding operation as an invalid operation; otherwise, the corresponding operation is determined to be a valid operation.
The beneficial effects of the above technical scheme are: different types of programs are installed on the computer and other terminal equipment, and the programs correspondingly generate historical operation log data in the running process, wherein the historical operation log data are used for reflecting historical operation records of users on the programs. Historical operation log data are obtained from a cookie cache region of the terminal device, the program name is used as an index, the historical operation log data are distinguished and processed, historical operation records corresponding to different programs operated by a user can be accurately obtained, the effectiveness of each operation executed by the program by the user can be conveniently judged, and therefore a reliable data basis is provided for a follow-up access toolbar.
Preferably, the accessing toolbar generating module is configured to construct a one-to-one correspondence between each valid operation and a toolbar icon, combine all toolbar icons into an accessing toolbar, and set the accessing toolbar on an operation interface of the terminal device, where the one-to-one correspondence includes:
selecting a corresponding toolbar icon from a preset toolbar icon library and constructing a one-to-one corresponding trigger hyperlink relationship with each effective operation;
sequentially arranging all the toolbar icons in the preset toolbar icon library to form an initialization access toolbar; the access toolbar is arranged in a position area corresponding to a program operation window of the terminal equipment.
The beneficial effects of the above technical scheme are: the preset toolbar icon library comprises a plurality of different types of toolbar icons, and a one-to-one corresponding trigger hyperlink relation is constructed by selecting a corresponding toolbar icon from the preset toolbar icon library and each effective operation, so that when a user clicks one toolbar icon in a program operation window, the corresponding effective operation is triggered. And then sequentially arranging all the toolbar icons in the preset toolbar icon library to form the initialization access toolbar, so that the initialization access toolbar with the corresponding arrangement mode of the toolbar icons can be preliminarily formed, and the visualization regularity of the initialization access toolbar is improved.
Preferably, the adjusting module of the access toolbar is configured to, according to the information of the file editing operation habit of the user on the terminal device, adjust an arrangement manner or a visual display state of toolbar icons in the access toolbar, and specifically includes:
recording the operation times of each toolbar icon of the initialization access toolbar in the process of editing the file in a program operation window after a user starts a program each time, and taking the operation times as the file editing operation habit information;
according to the sequence of the operation times which are at least greater, updating and adjusting the arrangement sequence of each toolbar icon of the initial access toolbar, and setting the icon brightness of all toolbar icons in the access toolbar after updating and adjusting to be gradually reduced from front to back so as to obtain an adjusted access toolbar;
and the number of the first and second groups,
the access toolbar storage module is configured to store the adjusted access toolbar into a personalized folder corresponding to the terminal device, so that the access toolbar specifically includes, as a special access toolbar for the user:
and storing the adjusted access toolbar into a personalized folder corresponding to the terminal equipment, and automatically calling the adjusted access toolbar from the personalized folder and setting the adjusted access toolbar in the program operation window after a user starts the program operation window next time.
The beneficial effects of the above technical scheme are: after a user starts a program each time, clicking and other operations are carried out on toolbar icons in an initialization access toolbar of a program operation window, wherein the number of times of clicking operations of the user on different toolbar icons represents file editing operation habit information of the user. The number of times of clicking operations on a certain toolbar icon indicates the frequency of use of the toolbar icon by a user, the arrangement sequence of each toolbar icon of the initialization access toolbar is updated and adjusted according to the sequence of the number of times of the operations, and the icon brightness of all toolbar icons in the access toolbar after the update and adjustment is gradually reduced from front to back, so that the toolbar icon with higher frequency of use can be arranged at the front position of the access toolbar and higher display brightness can be given, and the more humanized access toolbar can be provided for the user. And the adjusted access toolbar is stored in the personalized folder corresponding to the terminal equipment, when the user starts the program operation window next time, the adjusted access toolbar is automatically called from the personalized folder and is arranged in the program operation window, and the condition that the user can automatically obtain the access toolbar which accords with the self personalization after starting the program every time can be ensured.
According to the content of the embodiment, the automatic quick access toolbar construction method and the system generate a historical operation statistical list of the terminal equipment by the user according to the historical operation log data of the terminal equipment by the user, and distinguish to obtain effective operation in the historical operation statistical list; then, establishing a one-to-one corresponding relation between each effective operation and the toolbar icon, and combining all the toolbar icons into an access toolbar; and finally, according to the file editing operation habit information of the user on the terminal equipment, adjusting the arrangement mode or the visual display state of the toolbar icons in the access toolbar, and storing the adjusted access toolbar into a personalized folder corresponding to the terminal equipment to serve as a special access toolbar for the user.
It will be apparent to those skilled in the art that various changes and modifications may be made in the present invention without departing from the spirit and scope of the invention. Thus, if such modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include such modifications and variations.
Claims (8)
1. The automatic quick access toolbar construction method is characterized by comprising the following steps:
step S1, obtaining historical operation log data of a user on terminal equipment, processing the historical operation log data, and generating a historical operation statistical list of the user on the terminal equipment; each operation of the historical operation statistical list is divided into valid operation or invalid operation;
s2, constructing a one-to-one corresponding relation between each effective operation and the toolbar icons, combining all the toolbar icons into an access toolbar, and setting the access toolbar on an operation interface of the terminal equipment;
s3, adjusting the arrangement mode or the visual display state of the toolbar icons in the access toolbar according to the file editing operation habit information of the user on the terminal equipment; the adjusted access toolbar is stored in a personalized folder corresponding to the terminal equipment and is used as a special access toolbar of the user;
in step S1, before obtaining historical operation log data of a user on a terminal device, the user logs in when starting a program operation window, and then generates corresponding personalized folders for different users, the user login window is set to be in a form of clicking dots on a matrix with n rows and m columns to perform user login by clicking, the dots in the matrix are clicked and confirmed in sequence according to a user name information sequence when the user registers, then the dots in the matrix are clicked and confirmed in sequence according to a password information sequence when the user registers, the terminal device generates a corresponding user name sequence and a password sequence according to a matrix value clicked twice and a click sequence, and then the user name sequence and the password sequence are matched with the stored user name sequence and the stored password sequence of the registered user, so as to obtain the personalized folder corresponding to the user, thereby completing user login, and the specific steps include:
firstly, using the following formula (1), generating a corresponding user name number sequence and a password number sequence according to the matrix value of two clicks and the click sequence,
in the above formula (1), K 1 (a) The a-th element value in the user name number column generated by the first confirmation click is represented; k is 2 (b) The b-th element value in the password sequence generated by the second confirmation click is represented; [ i ] A 1 (a)，j 1 (a)]The dot position of the a-th click in the matrix value representing the first confirmation click is the ith 1 (a) Line j (th) 1 (a) Columns; [ i ] A 2 (b)，j 2 (b)]The dot position of the b-th click in the matrix value representing the second confirmation click is the ith 2 (b) Line j (th) 2 (b) Columns;
the element values are collected in sequence to form a user name sequence K 1 And a password sequence K 2 ；
Secondly, by using the following formula (2), according to the user name sequence K 1 And a password sequence K 2 The length of the number series is matched, the stored personalized folder with the matching length of the user name number series and the password number series of the registered user is screened out,
in the formula (2), P represents a preliminarily screened personalized folder set, wherein elements in the set are the arrangement sequence numbers corresponding to the personalized folders; l is 1 Representing the number of elements in a user name number sequence generated by the first confirmation click; l is 2 Representing the number of elements in the user name number sequence generated by the second confirmation click; d (t) represents the user name number sequence of the registered user corresponding to the tth personalized file; len [ 2 ]]Means for finding elements in parenthesized seriesThe number of (2); m (t) represents the password sequence of the registered user corresponding to the tth personalized file; the absolute value is obtained; t represents the total number of the personalized folders, namely the total number of the registered users;
representing that the value of T is from 1 to T, and screening out all T values which meet the expression in brackets to form a set;
thirdly, comparing the user name number sequence and the password number sequence with the user name number sequence and the password number sequence corresponding to the screened personalized folder one by using the following formula (3) to determine the personalized folder uniquely determined by the user name number sequence and the password number sequence,
in the above formula (3), Q (e) represents a uniquely determined value of the e-th personalized folder in the preliminarily filtered personalized folder set () 2 Indicating that the data in parentheses is converted into binary form; {} 10 Indicating that the value in parentheses is converted to decimal; p (e) represents the e element value in the preliminarily screened personalized folder set;
if Q (e) =1, the fact that the e-th personalized folder in the preliminarily screened personalized folder set is the only personalized folder of the login user is shown;
if Q (e) =0, it indicates that the e-th personalized folder in the preliminarily screened personalized folder set is not the only personalized folder of the login user.
2. The automated quick access toolbar construction method of claim 1, wherein:
in the step S1, historical operation log data of a user on the terminal equipment is obtained, the historical operation log data is processed, and a historical operation statistical list of the user on the terminal equipment is generated; and the step of distinguishing each operation in the historical operation statistical list into an effective operation or an ineffective operation specifically comprises the following steps:
step S101, obtaining historical operation log data of a user on the terminal equipment from a cookie cache region of the terminal equipment;
step S102, taking the name of the program installed by the terminal equipment as an index, distinguishing and processing the historical operation log data, and generating a historical operation statistical list of each program installed by the terminal equipment by a user; the historical operation statistic list comprises operation types executed by a user on each program;
step S103, if a certain operation in the historical operation statistical list is illegal tampering on data, determining the corresponding operation as an invalid operation; otherwise, the corresponding operation is determined to be a valid operation.
3. The automated quick access toolbar construction method of claim 2, wherein:
in step S2, constructing a one-to-one correspondence between each effective operation and a toolbar icon, combining all toolbar icons into an access toolbar, and setting the access toolbar on an operation interface of a terminal device specifically includes:
step S201, selecting corresponding toolbar icons from a preset toolbar icon library and constructing one-to-one corresponding trigger hyperlink relations with each effective operation;
step S202, sequentially arranging all toolbar icons in an arrangement sequence of a preset toolbar icon library to form an initialization access toolbar; and setting the access toolbar in a position area corresponding to a program operation window of the terminal equipment.
4. The automated quick access toolbar construction method of claim 3, wherein:
in the step S3, adjusting an arrangement manner or a visual display state of the toolbar icons in the access toolbar according to the file editing operation habit information of the user on the terminal device; saving the adjusted access toolbar to a personalized folder corresponding to the terminal device, so that the specific access toolbar for the user specifically comprises:
step S301, recording the operation times of each toolbar icon of the initialization access toolbar in the process of file editing in a program operation window after a user starts a program each time, and taking the operation times as the file editing operation habit information;
step S302, updating and adjusting the arrangement sequence of each toolbar icon of the initialization access toolbar according to the sequence with more or at least more operation times, and setting the icon brightness of all toolbar icons in the access toolbar after being updated and adjusted to be gradually reduced from front to back so as to obtain an adjusted access toolbar;
step S303, storing the adjusted access toolbar into a personalized folder corresponding to the terminal equipment, and automatically calling the adjusted access toolbar from the personalized folder and setting the adjusted access toolbar in the program operation window after the user starts the program operation window next time.
5. The automatic quick access toolbar construction system is characterized by comprising an operation log data processing module, an access toolbar generating module, an access toolbar adjusting module and an access toolbar storing module; wherein the content of the first and second substances,
the operation log data processing module is used for acquiring historical operation log data of a user on the terminal equipment, processing the historical operation log data and generating a historical operation statistical list of the user on the terminal equipment; each operation of the historical operation statistical list is divided into valid operation or invalid operation;
the access toolbar generation module is used for constructing a one-to-one correspondence relationship between each effective operation and a toolbar icon, combining all toolbar icons into an access toolbar, and setting the access toolbar on an operation interface of the terminal equipment;
the access toolbar adjusting module is used for adjusting the arrangement mode or the visual display state of toolbar icons in the access toolbar according to file editing operation habit information of a user on the terminal equipment;
the access toolbar storage module is used for storing the adjusted access toolbar into a personalized folder corresponding to the terminal equipment so as to serve as a special access toolbar for the user;
the automated quick access toolbar construction system further comprises modules for performing the following operations:
before obtaining the historical operation log data of a user on a terminal device, firstly, logging in when the user starts a program operation window, and further generating corresponding personalized folders aiming at different users, wherein the user logging window is set to be in a mode of clicking dots on a matrix with n rows and m columns to log in by the user, firstly, sequentially clicking the dots in the matrix according to the user name information sequence when the user logs in, clicking for confirmation, then sequentially clicking the dots in the matrix according to the password information sequence when the user logs in, and clicking for confirmation, the terminal device can generate a corresponding user name number sequence and a password number sequence according to the matrix values clicked twice and the clicking sequence, and then, the corresponding user name number sequence and the password number sequence are matched with the stored user name number sequence and the stored password number sequence of the registered user, and further, the personalized folder corresponding to the user is obtained, so that the user logging in is completed, and the specific steps comprise:
firstly, using the following formula (1), generating a corresponding user name number sequence and a password number sequence according to the matrix value of two clicks and the click sequence,
in the above formula (1), K 1 (a) The a-th element value in the user name number column generated by the first confirmation click is represented; k 2 (b) The b-th element value in the password sequence generated by the second confirmation click is represented; [ i ] 1 (a),j 1 (a)]The dot position of the a-th click in the matrix value representing the first confirmation click is the ith 1 (a) Line j (th) 1 (a) Columns; [ i ] 2 (b),j 2 (b)]The dot position of the b-th click in the matrix value representing the second confirmation click is the ith 2 (b) Line j (th) 2 (b) Columns;
collecting the element values according to the sequence to form a user name sequence K 1 And a password sequence K 2 ；
Secondly, the following formula (2) is used to obtain the user name sequence K 1 And a password sequence K 2 The length of the number series is matched, the stored personalized folder with the matching length of the user name number series and the password number series of the registered user is screened out,
in the formula (2), P represents a preliminarily screened personalized folder set, wherein elements in the set are the arrangement sequence numbers corresponding to the personalized folders; l is 1 Representing the number of elements in a user name sequence generated by the first confirmation click; l is 2 Representing the number of elements in the user name number sequence generated by the second confirmation click; d (t) represents the user name number sequence of the registered user corresponding to the tth personalized file; len [ 2 ]]The number of elements in the number series in brackets is obtained; m (t) represents the password sequence of the registered user corresponding to the tth personalized file; | | represents the absolute value; t represents the total number of the personalized folders, namely the total number of the registered users;
the value of T is taken from 1 to T, and all values of T meeting the expression in parentheses are screened to form a set;
thirdly, comparing the user name number sequence and the password number sequence with the user name number sequence and the password number sequence corresponding to the screened personalized folder one by using the following formula (3) to determine the personalized folder uniquely determined by the user name number sequence and the password number sequence,
in the above formula (3), Q (e) represents a uniquely determined value of the e-th personalized folder in the preliminarily screened personalized folder set () 2 Indicating that the data in parentheses is converted into binary form; {} 10 Indicating that the value in parentheses is converted to decimal; p (e) represents the e element value in the preliminarily screened personalized folder set;
if Q (e) =1, the fact that the e-th personalized folder in the preliminarily screened personalized folder set is the only personalized folder of the login user is shown;
if Q (e) =0, it indicates that the e-th personalized folder in the preliminarily screened personalized folder set is not the only personalized folder of the login user.
6. The automated quick access toolbar building system of claim 5, wherein:
the operation log data processing module is used for acquiring historical operation log data of a user on the terminal equipment, processing the historical operation log data and generating a historical operation statistical list of the user on the terminal equipment; and the step of distinguishing each operation in the historical operation statistical list into an effective operation or an ineffective operation specifically comprises the following steps:
acquiring historical operation log data of a user on the terminal equipment from a cookie cache region of the terminal equipment;
taking the name of a program installed by the terminal equipment as an index, distinguishing and processing the historical operation log data, and generating a historical operation statistical list of each program installed by the terminal equipment by a user; the historical operation statistic list comprises operation types executed by a user on each program;
if one operation in the historical operation statistical list is illegal tampering of the data, determining the corresponding operation as an invalid operation; otherwise, the corresponding operation is determined to be a valid operation.
7. The automated quick access toolbar building system of claim 6, wherein:
the access toolbar generation module is configured to construct a one-to-one correspondence between each effective operation and a toolbar icon, combine all toolbar icons into an access toolbar, and set the access toolbar on an operation interface of a terminal device, where the setting specifically includes:
selecting a corresponding toolbar icon from a preset toolbar icon library and constructing a one-to-one corresponding trigger hyperlink relationship with each effective operation;
sequentially arranging all the toolbar icons in the preset toolbar icon library to form an initialization access toolbar; and setting the access toolbar in a position area corresponding to a program operation window of the terminal equipment.
8. The automated quick access toolbar building system of claim 7, wherein:
the access toolbar adjusting module is configured to, according to file editing operation habit information of a user on a terminal device, adjust an arrangement manner or a visual display state of toolbar icons in the access toolbar, and specifically includes:
recording the operation times of each toolbar icon of the initialization access toolbar in the process of editing the file in a program operation window after a user starts a program each time, and taking the operation times as the file editing operation habit information;
according to the sequence of more or at least more operation times, updating and adjusting the arrangement sequence of each toolbar icon of the initial access toolbar, and setting the icon brightness of all toolbar icons in the access toolbar after updating and adjusting to be gradually reduced from front to back so as to obtain an adjusted access toolbar;
and (c) a second step of,
the access toolbar storage module is configured to store the adjusted access toolbar into a personalized folder corresponding to the terminal device, so that the access toolbar specifically includes, as a special access toolbar for the user:
and storing the adjusted access toolbar into a personalized folder corresponding to the terminal equipment, and automatically calling the adjusted access toolbar from the personalized folder and setting the adjusted access toolbar in the program operation window after a user starts the program operation window next time.
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