CN112035114A - Page rollback method, device, equipment and medium - Google Patents
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Abstract
The invention relates to the field of H5 pages, and provides a page rollback method, a device, equipment and a medium, wherein the method comprises the following steps: receiving a route backspacing skip request from a first page through a Native interface, and acquiring backspacing skip information; determining object acquisition information; when the object acquisition identification bit is local, searching whether historical page data corresponding to the object acquisition address exists in a local resource packet in the storage pool; if the historical page data corresponding to the object acquisition address is found, updating data transmission information into the historical page data through the Native server to obtain historical refreshing page data; searching a first route rollback jump code from a storage pool; obtaining a first route rollback skip animation code according to the rollback skip animation type; and executing the first route backspacing jump animation code through the Native server, and displaying the backspacing second page. The invention realizes the loading of historical page data from the local, the active transmission of data and the cross-level backspacing jump of the page.
Description
Technical Field
The present invention relates to the field of H5 pages, and in particular, to a page rollback method, apparatus, device, and medium.
Background
With the development of mobile internet, a mobile App product has become the largest flow channel of a mobile internet product, at present, the mobile App product is usually developed in a manner of using H5 to carry business service and using Native to carry basic component service, because a user needs a lot of business, the H5 module resource packet differentiation service of a plurality of different functional modules is often developed, when the user needs to use a certain business, the H5 module resource packet corresponding to the business is loaded, in the prior art, the user can continuously jump H5 pages or Native pages of various businesses in application program software, and due to the change of business data in the process of page jump, the corresponding H5 module resource packet needs to be downloaded and loaded from the network again when the pages are returned, so as to achieve real-time refreshing, resulting in long time and insufficient smoothness of the returned pages, and affecting user experience, moreover, when the user needs to return to a certain historical page after the skip is finished, the user can only return step by step, and cannot return step by step or return to a homepage of a certain service, so that the returning operation of the user is complicated, the user is not flexible enough, and the user experience is poor.
Disclosure of Invention
The invention provides a page rollback method, a page rollback device, computer equipment and a storage medium, which are used for loading historical page data from a local resource packet, actively transmitting the data to refresh the historical page data in real time, realizing cross-level rollback skip, improving the timeliness and flexibility of page rollback and improving the user experience satisfaction.
A page rollback method comprises the following steps:
receiving a route backspacing skip request from a first page through a Native interface, and acquiring backspacing skip information in the route backspacing skip request; the rollback skip information comprises page module information, page addresses, page routing types, rollback skip animation types and data transmission information;
determining object acquisition information according to the page module information and the page address; the object acquisition information comprises an object acquisition identification bit and an object acquisition address, and the object acquisition identification bit comprises online and local;
when the object acquisition identification bit is local, searching whether historical page data corresponding to the object acquisition address exists in a local resource packet in a storage pool;
if the historical page data corresponding to the object acquisition address is found, updating the data transmission information into the historical page data through a Native server to obtain historical refreshing page data;
searching a route rollback jump code corresponding to the page route type from the storage pool, and determining the searched route rollback jump code as a first route rollback jump code;
according to the type of the back-off skipping animation, the first route back-off skipping codes are subjected to combined processing to obtain first route back-off skipping animation codes;
executing the first route rollback jump animation code through the Native server, loading and rendering the history refreshing page data, and displaying a second page backed from the first page; and the second page is obtained after rendering the historical refreshing page data according to the backspacing jump animation effect corresponding to the first route backspacing jump animation code.
A page rollback apparatus comprising:
the obtaining module is used for receiving a route backspacing skip request from a first page through a Native interface and obtaining backspacing skip information in the route backspacing skip request; the rollback skip information comprises page module information, page addresses, page routing types, rollback skip animation types and data transmission information;
the determining module is used for determining object acquisition information according to the page module information and the page address; the object acquisition information comprises an object acquisition identification bit and an object acquisition address, and the object acquisition identification bit comprises online and local;
the first searching module is used for searching whether historical page data corresponding to the object acquisition address exists in a local resource packet in a storage pool or not when the object acquisition identification bit is local;
the updating module is used for updating the data transmission information into the historical page data through a Native server to obtain historical refreshing page data if the historical page data corresponding to the object acquisition address is found;
the second searching module is used for searching a route backspacing jump code corresponding to the page route type from the storage pool and determining the searched route backspacing jump code as a first route backspacing jump code;
the combination module is used for combining the first route rollback skip codes according to the rollback skip animation types to obtain first route rollback skip animation codes;
the execution module is used for executing the first route rollback skip animation code through the Native server, loading and rendering the historical refresh page data, and then displaying a second page backed from the first page; and the second page is obtained after rendering the historical refreshing page data according to the backspacing jump animation effect corresponding to the first route backspacing jump animation code.
A computer device comprising a memory, a processor and a computer program stored in the memory and executable on the processor, the processor implementing the steps of the page rollback method when executing the computer program.
A computer-readable storage medium, in which a computer program is stored which, when being executed by a processor, carries out the steps of the above-mentioned page rollback method.
The invention provides a page rollback method, a page rollback device, computer equipment and a storage medium, which receive a route rollback skip request from a first page through a Native interface and acquire rollback skip information in the route rollback skip request; the rollback skip information comprises page module information, page addresses, page routing types, rollback skip animation types and data transmission information; determining object acquisition information according to the page module information and the page address; the object acquisition information comprises an object acquisition identification bit and an object acquisition address, and the object acquisition identification bit comprises online and local; when the object acquisition identification bit is local, searching whether historical page data corresponding to the object acquisition address exists in a local resource packet in a storage pool; if the historical page data corresponding to the object acquisition address is found, updating the data transmission information into the historical page data through a Native server to obtain historical refreshing page data; searching a route rollback jump code corresponding to the page route type from the storage pool, and determining the searched route rollback jump code as a first route rollback jump code; according to the type of the back-off skipping animation, the first route back-off skipping codes are subjected to combined processing to obtain first route back-off skipping animation codes; executing the first route rollback jump animation code through the Native server, loading and rendering the history refreshing page data, and displaying a second page backed from the first page; and the second page is obtained after rendering the historical refreshing page data according to the backspacing jump animation effect corresponding to the first route backspacing jump animation code.
The invention realizes that a route backspacing skip request from a first page is received through a Native interface, and backspacing skip information in the route backspacing skip request is obtained; the rollback skip information comprises page module information, page addresses, page routing types, rollback skip animation types and data transmission information; determining object acquisition information comprising an object acquisition identification bit and an object acquisition address according to the page module information and the page address; when the object acquisition identification bit is local, searching whether historical page data corresponding to the object acquisition address exists in a local resource packet in a storage pool; if the historical page data corresponding to the object acquisition address is found, updating the data transmission information into the historical page data through a Native server to obtain historical refreshing page data; searching a first route backspace jump code corresponding to the page route type from the storage pool; according to the type of the back-off skipping animation, the first route back-off skipping codes are subjected to combined processing to obtain first route back-off skipping animation codes; the Native server executes the first route rollback jump animation code, loads and renders the history refreshed page data, and then displays the second page backed from the first page, thus realizing automatic identification of whether the rollback jump request needs to search history page data from the local resource packet, and transferring the data changed in the current page to the page backed for jump in the rollback jump process, achieving the real-time refreshing of the page backed for jump, realizing cross-level rollback jump without being limited by the hierarchy, and presenting the page backed for jump to the user by an animation effect different from the conventional animation effect, thereby realizing loading the history page data from the local resource packet, actively transferring the data to refresh the history page data in real time, reducing the time of page backed for jump, and realizing the cross-level rollback jump, the method and the device reduce complicated rollback operation, improve timeliness and flexibility of page rollback, and improve user experience satisfaction.
Drawings
In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings needed to be used in the description of the embodiments of the present invention will be briefly introduced below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art that other drawings can be obtained according to these drawings without inventive labor.
FIG. 1 is a diagram of an application environment of a page rollback method according to an embodiment of the present invention;
FIG. 2 is a flowchart of a page rollback method in an embodiment of the present invention;
FIG. 3 is a flowchart of step S10 of the page back method according to an embodiment of the present invention;
FIG. 4 is a flowchart of step S10 of the page back method according to another embodiment of the present invention;
FIG. 5 is a flowchart of a page rollback method in another embodiment of the present invention;
FIG. 6 is a flowchart of step S30 of the page back method according to an embodiment of the present invention;
FIG. 7 is a functional block diagram of a page rollback apparatus in an embodiment of the present invention;
FIG. 8 is a schematic diagram of a computer device in an embodiment of the 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 some, not all, embodiments of the present invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The page rollback method provided by the invention can be applied to the application environment shown in fig. 1, wherein a client (computer device) communicates with a server through a network. The client (computer device) includes, but is not limited to, various personal computers, notebook computers, smart phones, tablet computers, cameras, and portable wearable devices. The server may be implemented as a stand-alone server or as a server cluster consisting of a plurality of servers.
In an embodiment, as shown in fig. 2, a page rollback method is provided, which mainly includes the following steps S10-S70:
s10, receiving a route rollback skip request from a first page through a Native interface, and acquiring rollback skip information in the route rollback skip request; the rollback skip information comprises page module information, page addresses, page routing types, rollback skip animation types and data transfer information.
Understandably, after Application software (APP) is started, when the Application software opens a plurality of pages and an Application interface of the Application software is at the first page at this time, a route rollback skip request from the first page is received through a Native interface, the Native interface is a Native-based interface, the Native interface is used for receiving route rollback skip requests from each page, the route rollback skip request is a request which needs to be skipped from the first page to trigger, and the first page may be a Native page or may be an H5 page.
The route rollback skip request includes the rollback skip information, the rollback skip information includes page module information, a page address, a page route type, a rollback skip animation type and data transfer information, the page module information is identification information of a module corresponding to a second page to be skipped to in application software, the module can be set according to requirements, for example, the module can include a public module, an insurance module and a mortgage module, the second page is a page skipped from the first page in a rollback manner, the page address is a URL address corresponding to the second page, the page route type is a page route skip type, the page route type can be set according to requirements, and the page route type can include a first skip type, a second skip type, a third skip type, a fourth skip type, a sixth skip mode, a sixth, The application software page turning method comprises a fourth jumping type, a fifth jumping type and an extended jumping type, wherein the first jumping type (outSide) is that a new H5 page is opened on a current page, the second jumping type (inSide) is that a new H5 page is opened in a new Native page is created, the third jumping type (outONLINE) is that an external browser is jumped to and a new on-line H5 page is opened, the fourth jumping type (back, backspacing up, last level) is that a page is returned to a previous level in history, the fifth jumping type (home, home page) is that the home page is directly returned to an application software home page, the extended jumping type is that a new page is opened in an extended jumping mode, the backspacing animation type is that a dynamic display is performed in a jumping process, and data transfer information is data which needs to be transferred in a backspacing jumping process.
In an embodiment, as shown in fig. 3, before the step S10, that is, before the receiving the route fallback forwarding request from the first page through the Native interface, the method includes:
s101, receiving a routing page opening request for opening a first page through the Native interface, and acquiring first page opening information in the routing page opening request; the first page opening information comprises page module opening information, a page opening address, a page opening route type, a page opening animation type and page opening data transmission information.
Understandably, after application software is started, when the first page needs to be opened, the routing page opening request is triggered, the routing page opening request contains the first page opening information, the first page opening information comprises page module opening information, a page opening address, a page opening routing type, a page opening animation type and page opening data transmission information, the page module opening information is identification information of a module which belongs to the application software and corresponds to the first page needing to be opened, the page opening address is a URL (uniform resource locator) address corresponding to the first page, the page opening routing type is a page routing opening type, the page opening animation type is a type of dynamic display in an opening process, and the opening data transmission information is data transmitted in the opening process.
S102, determining object opening acquisition information according to the page opening module information and the page opening address; the object opening acquisition information comprises an object opening acquisition identification bit and an object opening acquisition address, and the object opening acquisition identification bit comprises an online state and a local state.
Understandably, searching a module package corresponding to the page opening module information in a local resource package in a storage pool, wherein the storage pool is a cache in the application software, the local resource package is a set of module packages corresponding to the page module information and contained in the current application software, if the module package corresponding to the page opening module information can be searched in the local resource package, marking the object opening acquisition identification bit as local, merging the page opening module information and the page opening address, and generating the object opening acquisition address, thereby generating the object opening acquisition information; if the module packet corresponding to the page opening module information cannot be found, marking the object opening acquisition identification bit as an online, and determining the page opening address as the object opening acquisition address, thereby generating the object opening acquisition information. S103, when the object opening acquisition identification bit is local, searching whether page opening data corresponding to the object opening acquisition address exists in the local resource packet.
Understandably, if the object opening acquisition identification bit is local, searching page opening data corresponding to the object opening acquisition address from the local resource packet, and judging whether page opening data corresponding to the object opening acquisition address exist or not, wherein the page opening data are data required for opening a page.
S104, if the page opening data corresponding to the object opening acquisition address is found, the page opening data transmission information is updated to the page opening data through the Native server, and page opening refreshing data is obtained.
Understandably, if the page opening data corresponding to the object opening acquisition address is found, the page opening data transmission information is updated to the page opening data through the Native server to obtain page opening refreshing data.
The process of updating the page opening data is to find a position corresponding to an open field in the page opening data transmission information in the page opening data, and update the position to a value corresponding to the open field in the page opening data transmission information.
S105, searching a route opening jump code corresponding to the page opening route type from the storage pool, and determining the searched route opening jump code as a first route opening jump code.
Understandably, the route open jump code corresponding to the page open route type is found from the storage pool, the route open jump code is in one-to-one correspondence with the page open route type, the route open jump code is determined as the first route open jump code, and all the route open jump codes in one-to-one correspondence with the page open route type are stored in the storage pool.
And S106, according to the type of the page opening jump animation, performing combined processing on the first route opening jump code to obtain a first route opening jump animation code.
Understandably, according to the opening jump animation type, finding an opening animation type code corresponding to the opening jump animation type from the storage pool, and combining the opening animation type code corresponding to the opening jump animation type and the first route opening jump code, the combination processing is to insert an opening animation type code corresponding to the opening jump animation type at the position of animation jump in the first route opening jump code to obtain the first route opening jump animation code, the first route open jump animation code is code executed by a dynamic jump when a back jump is made to the first page, all the open animation type codes corresponding to the open jump animation types one by one are stored in the storage pool, the open animation type code is a code for realizing animation jump of the open jump animation type.
S107, the Native server executes the first route opening jump animation code, loads and renders the page opening refresh data, and then displays a first page; and the first page is obtained by rendering the page opening refreshing data according to the opening jump animation effect corresponding to the first route opening jump animation code.
Understandably, the Native server is a management center developed based on Native and used for managing page loading, page data transmission, page rollback skip and page opening skip, the Native server executes the first route opening skip animation code, and displays the first page after loading and rendering the page opening refresh data, wherein the first page is a page corresponding to the page opening refresh data.
Therefore, the page data are loaded from the local resource package, the data are actively transmitted to enable the loaded page data to be refreshed in real time, the data transmission effect is achieved, the page opening speed is increased, the flexibility of page routing is improved, and the user experience satisfaction is improved.
In an embodiment, as shown in fig. 4, the step S10, that is, the acquiring the fallback forwarding information in the route fallback forwarding request includes:
s108, obtaining the page address in the rollback skip information.
S109, acquiring all configuration parameters of the first page and corresponding configuration parameter values thereof, and searching page configuration parameters associated with the page address and corresponding page configuration parameter values thereof from parameter configuration data in the local resource packet.
Understandably, the first page includes the configuration parameters and the configuration parameter values corresponding to the configuration parameters one to one, and obtains all the configuration parameters and all the configuration parameter values, where the configuration parameters are configuration variables related to the first page, the configuration parameter values are values assigned to the configuration parameters corresponding to the configuration parameters, the local resource package further includes the parameter configuration data, the parameter configuration data is a set of the configuration parameters and the configuration parameter values related to all the pages in the application software, and the page configuration parameters associated with the page address and the page configuration parameter values corresponding to the page address are searched from the parameter configuration data in the local resource package.
S1010, determining the configuration parameters which are the same as the page configuration parameters as the configuration parameters to be transmitted.
Understandably, the configuration parameter which is the same as the page configuration parameter is marked as the configuration parameter to be transferred, and the configuration parameter to be transferred is required to be transferred from the configuration parameter in the first page to the page associated with the page address.
S1011, comparing the configuration parameter value to be compared with the configuration parameter value corresponding to the configuration parameter to be transmitted, wherein the configuration parameter value to be compared is the page configuration parameter value corresponding to the page configuration parameter which is the same as the configuration parameter to be transmitted.
Understandably, comparing the configuration parameter value to be compared with the configuration parameter value corresponding to the configuration parameter to be transmitted, and judging whether the configuration parameter value to be compared is the same as the configuration parameter value corresponding to the configuration parameter to be transmitted, wherein the configuration parameter value to be compared is the page configuration parameter value corresponding to the page configuration parameter which is the same as the configuration parameter to be transmitted.
S1012, determining the configuration parameter value different from the configuration parameter value to be compared as a transfer value, and determining the transfer value and the configuration parameter to be transferred corresponding to the transfer value as the data transfer information in the fallback jump information.
Understandably, when the configuration parameter value to be compared is not the same as the configuration parameter value, determining the configuration parameter value as the transfer value, and determining the transfer value and the configuration parameter to be transferred corresponding to the transfer value as the data transfer information in the fallback skip information.
The invention realizes the purpose of obtaining the page address in the backspacing skipping information; acquiring all configuration parameters of the first page and corresponding configuration parameter values thereof, and searching page configuration parameters associated with the page address and corresponding page configuration parameter values thereof from parameter configuration data in the local resource packet; comparing the configuration parameter value to be compared with the configuration parameter value corresponding to the configuration parameter to be transmitted and the configuration parameter value to be compared; the configuration parameter value different from the configuration parameter value to be compared is determined as a transfer value, the transfer value and the configuration parameter to be transferred corresponding to the transfer value are determined as the data transfer information, therefore, the changed data in the current page can be transferred to the page returned and jumped in the process of returning and jumping, the page returned and jumped can be refreshed in real time, the page returned and jumped can be reduced, the changed data can be obtained from the network again, the time of returning and jumping of the page is shortened, the timeliness of page returning is improved, and the satisfaction degree of user experience is improved.
S20, determining object acquisition information according to the page module information and the page address; the object acquisition information comprises an object acquisition identification bit and an object acquisition address, and the object acquisition identification bit comprises online and local.
Understandably, searching a module package corresponding to the page module information in a local resource package in a storage pool, wherein the storage pool is a cache in the application software, the local resource package is a set of module packages corresponding to the page module information and contained in the current application software, if the module package corresponding to the page module information can be searched in the local resource package, marking the object acquisition identification bit as local, merging the page module information and the page address, and generating the object acquisition address, thereby generating the object acquisition information; and if the module packet corresponding to the page module information cannot be found, marking the object acquisition identification bit as online, and determining the page address as the object acquisition address, thereby generating the object acquisition information.
In an embodiment, as shown in fig. 5, after the step S20, that is, after determining the object obtaining information according to the page module information and the historical page address, the method further includes:
and S80, when the object acquisition identifier is on-line, acquiring the loaded page data corresponding to the object acquisition address from the server.
Understandably, when the object obtaining identification bit is on-line, the loaded page data corresponding to the object obtaining address is obtained from a server, the page loaded data is data required for loading the object obtaining address, and all application program software is stored in the server.
S90, searching the route back-off jump code corresponding to the page route type from the storage pool, and determining the searched route back-off jump code as a second route back-off jump code.
Understandably, the route fallback jump code corresponding to the page route type is found from the storage pool, the route fallback jump code corresponds to the page route type one to one, the route fallback jump code is determined to be the second route fallback jump code, and all the route fallback jump codes corresponding to the page route type one to one are stored in the storage pool.
And S100, according to the type of the back-off jump animation, combining and processing the second route back-off jump animation code to obtain a second route back-off jump animation code.
Understandably, according to the rollback jump animation type, finding an animation type code corresponding to the rollback jump animation type from the storage pool, and combining the animation type code corresponding to the rollback jump animation type and the second route rollback jump code, the combination processing is to insert an animation type code corresponding to the back-off jump animation type at the position of the animation jump in the second route back-off jump code to obtain the second route back-off jump animation code, the second route fallback jump animation code is code executed by a dynamic jump when a fallback jump is made to the third page, and all the animation type codes which are in one-to-one correspondence with the rollback jump animation types are stored in the storage pool, and the animation type codes are codes for realizing the animation jump of the rollback jump animation types.
S110, executing the second route rollback jump animation code through the Native server, loading and rendering the loaded page data, and displaying a third page backed from the first page; and the third page is obtained by rendering the loaded page data according to the backspacing jump animation effect corresponding to the second route backspacing jump animation code.
Understandably, the Native server is a management center developed based on Native and used for managing page loading, page data transmission, page backspacing skipping and page opening skipping, the Native server executes the second route backspacing skipping animation code, and displays the third page after loading and rendering the loaded page data, wherein the third page is a page corresponding to the loaded page data.
The invention realizes that when the object acquisition identifier is identified to be on-line, the loaded page data is acquired from the server, and the second route backspacing jump code corresponding to the page route type is searched from the storage pool; according to the type of the back-off skipping animation, the second route back-off skipping codes are combined to obtain second route back-off skipping animation codes; and executing the second route rollback skip animation code by the Native server, loading and rendering the loaded page data, and displaying a third page backed from the first page, so that the loaded page data is acquired online to perform cross-level rollback skip, the animation effect of the rollback skip is increased, the flexibility of page rollback is improved, and the user experience satisfaction is improved.
And S30, when the object acquisition identification bit is local, searching whether historical page data corresponding to the object acquisition address exists in a local resource packet in a storage pool.
Understandably, when the object acquisition identification bit is local, historical page data corresponding to the object acquisition address is searched from the local resource packet in the storage pool, and whether historical page data corresponding to the object acquisition address exists is judged.
In an embodiment, as shown in fig. 6, before the step S30, that is, before searching whether there is historical page data corresponding to the object obtaining address from the local resource package in the storage pool when the object obtaining identification bit is local, the method includes:
s301, after receiving a starting instruction of application software, detecting whether the H5 compressed resource package in the storage pool needs to be updated.
Understandably, after the application software is started, the start instruction is an instruction to start the application software, and it is detected whether the H5 compressed resource packet in the storage pool is the latest, which may be distinguished by the version name of the H5 compressed resource packet or by the version identification bit in the H5 compressed resource packet, where the H5 compressed resource packet is a compressed packet of the local resource packet.
S302, if the H5 compressed resource package is detected to need to be updated, acquiring a network H5 compressed resource package from an application server, and updating the network H5 compressed resource package to the H5 compressed resource package.
Understandably, if it is detected that the H5 compressed resource packet is not the latest one, that is, when the H5 compressed resource packet needs to be updated, the network H5 compressed resource packet is obtained from the application server, the application server is a server corresponding to the application software, the application server includes the network H5 compressed resource packet, the network H5 compressed resource packet is a compressed packet of a set of all module packets used by the latest application software, and the network H5 compressed resource packet is overlaid on the H5 compressed resource packet in the original storage pool, so as to complete the updating operation.
If a module package of application software needs to be newly added, only the network H5 compressed resource package needs to be updated on the application server, and the network H5 compressed resource package on the application server is detected to be updated, the updated network H5 compressed resource package is obtained and is sent to the storage pool, and the H5 compressed resource package in the original storage pool is covered, so that the H5 compressed resource package is updated, and therefore the expandability, maintainability and transportability of the H5 compressed resource package are improved.
And S303, decompressing the updated H5 compressed resource packet to obtain the local resource packet in the storage pool.
Understandably, decompressing the updated H5 compressed resource packet to obtain an updated local resource packet.
The invention realizes that after application program software is opened, whether the H5 compressed resource packet needs to be updated is detected, if the update is detected, the network H5 compressed resource packet is obtained from the application program server and is updated to the H5 compressed resource packet in the storage pool, and the updated H5 compressed resource packet is decompressed to obtain the local resource packet, so that the local resource packet is stored and updated in the local storage pool, the corresponding resource packet is called when the subsequent page rollback skip is provided, online downloading is not needed, the page rollback skip time is accelerated, the page rollback timeliness is improved, and the user experience satisfaction is improved.
In an embodiment, after step S30, that is, after searching whether there is historical page data corresponding to the object obtaining address from the local resource package in the storage pool, the method further includes:
s304, if the historical page data corresponding to the object acquisition address cannot be found, and the page routing type is a homepage, finding a module packet which is the same as the page module information in the object acquisition address from the local resource packet; the page routing class includes a home page and a fallback previous level.
Understandably, if the historical page data corresponding to the object acquisition address is not found, and the page routing type is a home page (that is, the page routing type is the fifth skip type), a module packet which is the same as the page module information in the object acquisition address is found from the local resource packet.
S305, acquiring homepage data in the searched module package.
Understandably, each module package comprises a homepage data, and the homepage data in the module package is obtained from the searched module package.
S306, loading, rendering and displaying the homepage according to the homepage data.
Understandably, the home page is finally displayed by loading and rendering the home page data.
According to the invention, if the historical page data corresponding to the object acquisition address cannot be searched and the page routing type is a homepage, the module packet with the same information as the page module in the object acquisition address is searched in the local resource packet; acquiring homepage data in the searched module package; and loading, rendering and displaying the homepage according to the homepage data, thus providing a method for page rollback jumping to a homepage corresponding to a certain historical page, and improving the flexibility of page rollback jumping.
In an embodiment, after step S30, that is, after searching whether there is historical page data corresponding to the object obtaining address from the local resource package in the storage pool, the method further includes:
s307, if the historical page data corresponding to the object acquisition address cannot be found, and the page routing type is the backspacing upper level, finding a module packet which is the same as the page module information in the object acquisition address from the local resource packet.
Understandably, if the historical page data corresponding to the object obtaining address is not found, and the page routing type is a backspacing upper level (that is, the page routing type is the fourth skip type), a module packet which is the same as the page module information in the object obtaining address is found from the local resource packet.
S308, acquiring the upper-level page address associated with the page address in the object acquisition address and the upper-level page data associated with the upper-level page address in the searched module packet.
Understandably, the module package further includes a previous page address associated with each page address under the module, and a previous page data associated with the previous page address.
S309, searching a route rollback jump code corresponding to the page route type from the storage pool, and determining the searched route rollback jump code as a third route rollback jump code.
S310, processing the third route rollback jump animation code according to the rollback jump animation type to obtain the third route rollback jump animation code.
S311, the third route rollback skip animation code is executed through the Native server, and after the upper-level page data is loaded and rendered, a fourth page after rollback from the first page is displayed; and the fourth page is obtained after rendering the data of the upper-level page according to the backspacing jump animation effect corresponding to the third route backspacing jump animation code.
According to the invention, if the historical page data corresponding to the object acquisition address cannot be searched and the page routing type is the backspacing upper level, the module packet which is the same as the page module information in the object acquisition address is searched in the local resource packet; acquiring a previous page address associated with the page address in the object acquisition address and previous page data associated with the previous page address in the searched module packet; searching and obtaining a third route rollback jump code from the storage pool; processing the third route rollback jumping code according to the rollback jumping animation type to obtain a third route rollback jumping animation code; and executing the third route rollback jump animation code through the Native server, loading and rendering the data of the upper-level page, and displaying the fourth page backed from the first page, so that a method for page rollback jump to the upper-level page address corresponding to a certain historical page is provided, and the flexibility of page rollback jump is improved.
In an embodiment, after step S30, that is, after searching whether there is historical page data corresponding to the object obtaining address from the local resource package in the storage pool, the method further includes:
s312, if the historical page data corresponding to the object acquisition address cannot be found, and the page routing type is not a homepage or backspacing, the object acquisition identification bit is changed to be on-line.
Understandably, if the historical page data corresponding to the object acquisition address is not found and the page routing type is not a homepage or rollback, the object acquisition identification bit is changed to be on-line, which indicates that the corresponding page data needs to be acquired by accessing a server.
According to the invention, when the historical page data corresponding to the object acquisition address cannot be searched and the page routing type is not a homepage or backspacing, the object acquisition identification bit is automatically changed to be on-line, so that the corresponding page data can be quickly acquired, the intellectualization of acquiring the page data is improved, and the experience satisfaction of a user is improved.
And S40, if the historical page data corresponding to the object acquisition address is found, updating the data transmission information into the historical page data through a Native server to obtain historical refresh page data.
Understandably, when the historical page data corresponding to the object acquisition address is found, the data transmission information is updated to the historical page data through the Native server, so that the historical refreshed page data is obtained by updating, and the historical refreshed page data is obtained by covering the configuration parameter value corresponding to the updated configuration parameter in the historical page data.
S50, searching the route back-off jump code corresponding to the page route type from the storage pool, and determining the searched route back-off jump code as the first route back-off jump code.
Understandably, the route rollback skip code corresponding to the page route type is found from the storage pool, the route rollback skip code is in one-to-one correspondence with the page route type, the route rollback skip code is determined as the first route rollback skip code, and all the route rollback skip codes in one-to-one correspondence with the page route type are stored in the storage pool. And S60, according to the type of the rollback jump animation, combining the first route rollback jump codes to obtain first route rollback jump animation codes.
Understandably, according to the rollback jump animation type, finding an animation type code corresponding to the rollback jump animation type from the storage pool, and combining the animation type code corresponding to the rollback jump animation type and the first route rollback jump code, the combination processing is to insert an animation type code corresponding to the rollback jump animation type at the position of the animation jump in the first route rollback jump code to obtain the first route rollback jump animation code, the first route fallback jump animation code is code executed by dynamic jump when a fallback jump is made to the second page, and all the animation type codes which are in one-to-one correspondence with the rollback jump animation types are stored in the storage pool, and the animation type codes are codes for realizing the animation jump of the rollback jump animation types. S70, executing the first route rollback jump animation code through the Native server, loading and rendering the history refreshing page data, and displaying a second page backed from the first page; and the second page is obtained after rendering the historical refreshing page data according to the backspacing jump animation effect corresponding to the first route backspacing jump animation code.
Understandably, the Native server is a management center developed based on Native and used for managing page loading, page data transmission, page backspacing skipping and page opening skipping, the Native server executes the first route backspacing skipping animation code, and displays the second page after loading and rendering the loaded page data, wherein the second page is a page corresponding to the loaded page data.
The invention realizes that a route backspacing skip request from a first page is received through a Native interface, and backspacing skip information in the route backspacing skip request is obtained; the rollback skip information comprises page module information, page addresses, page routing types, rollback skip animation types and data transmission information; determining object acquisition information comprising an object acquisition identification bit and an object acquisition address according to the page module information and the page address; when the object acquisition identification bit is local, searching whether historical page data corresponding to the object acquisition address exists in a local resource packet in a storage pool; if the historical page data corresponding to the object acquisition address is found, updating the data transmission information into the historical page data through a Native server to obtain historical refreshing page data; searching a first route backspace jump code corresponding to the page route type from the storage pool; according to the type of the back-off skipping animation, the first route back-off skipping codes are subjected to combined processing to obtain first route back-off skipping animation codes; the Native server executes the first route rollback jump animation code, loads and renders the history refreshed page data, and then displays the second page backed from the first page, thus realizing automatic identification of whether the rollback jump request needs to search history page data from the local resource packet, and transferring the data changed in the current page to the page backed for jump in the rollback jump process, achieving the real-time refreshing of the page backed for jump, realizing cross-level rollback jump without being limited by the hierarchy, and presenting the page backed for jump to the user by an animation effect different from the conventional animation effect, thereby realizing loading the history page data from the local resource packet, actively transferring the data to refresh the history page data in real time, reducing the time of page backed for jump, and realizing the cross-level rollback jump, the method and the device reduce complicated rollback operation, improve timeliness and flexibility of page rollback, and improve user experience satisfaction.
In an embodiment, a page rollback apparatus is provided, and the page rollback apparatus corresponds to the page rollback methods in the foregoing embodiments one to one. As shown in fig. 7, the page rolling-back apparatus includes an obtaining module 11, a determining module 12, a first searching module 13, an updating module 14, a second searching module 15, a combining module 16, and an executing module 17. The functional modules are explained in detail as follows:
an obtaining module 11, configured to receive a route fallback skip request from a first page through a Native interface, and obtain fallback skip information in the route fallback skip request; the rollback skip information comprises page module information, page addresses, page routing types, rollback skip animation types and data transmission information;
a determining module 12, configured to determine object acquisition information according to the page module information and the page address; the object acquisition information comprises an object acquisition identification bit and an object acquisition address, and the object acquisition identification bit comprises online and local;
a first searching module 13, configured to search, when the object acquisition identifier is local, whether historical page data corresponding to the object acquisition address exists in a local resource packet in a storage pool;
the updating module 14 is configured to update the data transmission information to the historical page data through a Native server to obtain historical refresh page data if the historical page data corresponding to the object acquisition address is found;
a second searching module 15, configured to search for a route fallback jump code corresponding to the page route type from the storage pool, and determine the searched route fallback jump code as the first route fallback jump code;
the combination module 16 is configured to combine the first route fallback and skip codes according to the fallback and skip animation type, so as to obtain a first route fallback and skip animation code;
the execution module 17 is configured to execute the first route rollback skip animation code through the Native server, load and render the history refreshed page data, and then display a second page backed from the first page; and the second page is obtained after rendering the historical refreshing page data according to the backspacing jump animation effect corresponding to the first route backspacing jump animation code.
For the specific definition of the page rollback apparatus, reference may be made to the above definition of the page rollback method, which is not described herein again. The various modules in the page rollback apparatus may be implemented in whole or in part by software, hardware, and combinations thereof. The modules can be embedded in a hardware form or independent from a processor in the computer device, and can also be stored in a memory in the computer device in a software form, so that the processor can call and execute operations corresponding to the modules.
In one embodiment, a computer device is provided, which may be a server, and its internal structure diagram may be as shown in fig. 8. The computer device includes a processor, a memory, a network interface, and a database connected by a system bus. Wherein the processor of the computer device is configured to provide computing and control capabilities. The memory of the computer device comprises a nonvolatile storage medium and an internal memory. The non-volatile storage medium stores an operating system, a computer program, and a database. The internal memory provides an environment for the operation of an operating system and computer programs in the non-volatile storage medium. The network interface of the computer device is used for communicating with an external terminal through a network connection. The computer program is executed by a processor to implement a page rollback method.
In one embodiment, a computer device is provided, which includes a memory, a processor, and a computer program stored on the memory and executable on the processor, and when the processor executes the computer program, the page rollback method in the above embodiments is implemented.
In one embodiment, a computer-readable storage medium is provided, on which a computer program is stored, which, when executed by a processor, implements the page rollback method in the above embodiments.
It will be understood by those skilled in the art that all or part of the processes of the methods of the embodiments described above can be implemented by hardware instructions of a computer program, which can be stored in a non-volatile computer-readable storage medium, and when executed, can include the processes of the embodiments of the methods described above. Any reference to memory, storage, databases, or other media used in embodiments provided herein may include non-volatile and/or volatile memory. Non-volatile memory can include read-only memory (ROM), Programmable ROM (PROM), Electrically Programmable ROM (EPROM), Electrically Erasable Programmable ROM (EEPROM), or flash memory. Volatile memory can include Random Access Memory (RAM) or external cache memory. By way of illustration and not limitation, RAM is available in a variety of forms such as Static RAM (SRAM), Dynamic RAM (DRAM), Synchronous DRAM (SDRAM), Double Data Rate SDRAM (DDRSDRAM), Enhanced SDRAM (ESDRAM), Synchronous Link DRAM (SLDRAM), Rambus Direct RAM (RDRAM), direct bus dynamic RAM (DRDRAM), and memory bus dynamic RAM (RDRAM).
It will be apparent to those skilled in the art that, for convenience and brevity of description, only the above-mentioned division of the functional units and modules is illustrated, and in practical applications, the above-mentioned function distribution may be performed by different functional units and modules according to needs, that is, the internal structure of the apparatus is divided into different functional units or modules to perform all or part of the above-mentioned functions.
The above-mentioned embodiments are only used for illustrating the technical solutions of the present invention, and not for limiting the same; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; such modifications and substitutions do not substantially depart from the spirit and scope of the embodiments of the present invention, and are intended to be included within the scope of the present invention.
Claims (10)
1. A page rollback method is characterized by comprising the following steps:
receiving a route backspacing skip request from a first page through a Native interface, and acquiring backspacing skip information in the route backspacing skip request; the rollback skip information comprises page module information, page addresses, page routing types, rollback skip animation types and data transmission information;
determining object acquisition information according to the page module information and the page address; the object acquisition information comprises an object acquisition identification bit and an object acquisition address, and the object acquisition identification bit comprises online and local;
when the object acquisition identification bit is local, searching whether historical page data corresponding to the object acquisition address exists in a local resource packet in a storage pool;
if the historical page data corresponding to the object acquisition address is found, updating the data transmission information into the historical page data through a Native server to obtain historical refreshing page data;
searching a route rollback jump code corresponding to the page route type from the storage pool, and determining the searched route rollback jump code as a first route rollback jump code;
according to the type of the back-off skipping animation, the first route back-off skipping codes are subjected to combined processing to obtain first route back-off skipping animation codes;
executing the first route rollback jump animation code through the Native server, loading and rendering the history refreshing page data, and displaying a second page backed from the first page; and the second page is obtained after rendering the historical refreshing page data according to the backspacing jump animation effect corresponding to the first route backspacing jump animation code.
2. The page rollback method of claim 1, wherein before receiving the route rollback jump request from the first page over the Native interface, comprising:
receiving a routing page opening request for opening a first page through the Native interface, and acquiring first page opening information in the routing page opening request; the first page opening information comprises page module opening information, a page opening address, a page opening route type, a page opening animation type and page opening data transmission information;
determining object opening acquisition information according to the page opening module information and the page opening address; the object opening acquisition information comprises an object opening acquisition identification bit and an object opening acquisition address, and the object opening acquisition identification bit comprises an online part and a local part;
when the object opening acquisition identification bit is local, searching whether page opening data corresponding to the object opening acquisition address exists in the local resource packet;
if the page opening data corresponding to the object opening acquisition address is found, updating the page opening data transmission information into the page opening data through a Native server to obtain page opening refreshing data;
searching a route opening jump code corresponding to the page opening route type from the storage pool, and determining the searched route opening jump code as a first route opening jump code;
according to the type of the page opening jump animation, the first route opening jump code is subjected to combined processing to obtain a first route opening jump animation code;
executing the first route opening jump animation code through the Native server, and displaying a first page after loading and rendering the page opening refresh data; and the first page is obtained by rendering the page opening refreshing data according to the opening jump animation effect corresponding to the first route opening jump animation code.
3. The page rollback method of claim 1, wherein the obtaining the rollback skip information in the route rollback skip request comprises:
acquiring the page address in the backspacing skipping information;
acquiring all configuration parameters of the first page and corresponding configuration parameter values thereof, and searching page configuration parameters associated with the page address and corresponding page configuration parameter values thereof from parameter configuration data in the local resource packet;
determining the configuration parameters which are the same as the page configuration parameters as the configuration parameters to be transmitted;
comparing a configuration parameter value to be compared with the configuration parameter value corresponding to the configuration parameter to be transmitted, wherein the configuration parameter value to be compared is a page configuration parameter value corresponding to the page configuration parameter which is the same as the configuration parameter to be transmitted;
and determining the configuration parameter value different from the configuration parameter value to be compared as a transfer value, and determining the transfer value and the configuration parameter to be transferred corresponding to the transfer value as the data transfer information.
4. The page rollback method of claim 1, wherein after determining object acquisition information according to the page module information and the historical page addresses, further comprising:
when the object acquisition identifier is online, acquiring loaded page data corresponding to the object acquisition address from a server;
searching a route rollback jump code corresponding to the page route type from the storage pool, and determining the searched route rollback jump code as a second route rollback jump code;
according to the type of the back-off skipping animation, the second route back-off skipping codes are combined to obtain second route back-off skipping animation codes;
executing the second route rollback jump animation code through the Native server, and displaying a third page after rollback from the first page after loading and rendering the loaded page data; and the third page is obtained by rendering the loaded page data according to the backspacing jump animation effect corresponding to the second route backspacing jump animation code.
5. The page rollback method of claim 1, wherein before searching whether historical page data corresponding to the object acquisition address exists in a local resource package in a storage pool when the object acquisition identification bit is local, the method comprises:
after receiving a starting instruction of application software, detecting whether an H5 compressed resource package in the storage pool needs to be updated;
if the H5 compressed resource package is detected to be required to be updated, acquiring a network H5 compressed resource package from an application server, and updating the network H5 compressed resource package to the H5 compressed resource package;
decompressing the updated H5 compressed resource packet to obtain the local resource packet in the storage pool.
6. The page rollback method of claim 1, wherein after searching for whether historical page data corresponding to the object acquisition address exists in the local resource package in the memory pool, further comprising:
if the historical page data corresponding to the object acquisition address cannot be searched, and the page routing type is a homepage, searching a module packet which has the same information as the page module in the object acquisition address from the local resource packet; the page routing class comprises a homepage and a backspace upper level;
acquiring homepage data in the searched module package;
and loading, rendering and displaying the homepage according to the homepage data.
7. The page rollback method of claim 1, wherein after searching for whether historical page data corresponding to the object acquisition address exists in the local resource package in the memory pool, further comprising:
if the historical page data corresponding to the object acquisition address cannot be searched, and the page routing type is a backspacing upper level, searching a module packet which is the same as the page module information in the object acquisition address in the local resource packet;
acquiring a previous page address associated with the page address in the object acquisition address and previous page data associated with the previous page address in the searched module packet;
searching a route backspacing jump code corresponding to the page route type from the storage pool, and determining the searched route backspacing jump code as a third route backspacing jump code;
processing the third route rollback jumping code according to the rollback jumping animation type to obtain a third route rollback jumping animation code;
executing the third route rollback jump animation code through the Native server, loading and rendering the upper-level page data, and displaying a fourth page backed from the first page; and the fourth page is obtained after rendering the data of the upper-level page according to the backspacing jump animation effect corresponding to the third route backspacing jump animation code.
8. A page rollback apparatus, comprising:
the obtaining module is used for receiving a route backspacing skip request from a first page through a Native interface and obtaining backspacing skip information in the route backspacing skip request; the rollback skip information comprises page module information, page addresses, page routing types, rollback skip animation types and data transmission information;
the determining module is used for determining object acquisition information according to the page module information and the page address; the object acquisition information comprises an object acquisition identification bit and an object acquisition address, and the object acquisition identification bit comprises online and local;
the first searching module is used for searching whether historical page data corresponding to the object acquisition address exists in a local resource packet in a storage pool or not when the object acquisition identification bit is local;
the updating module is used for updating the data transmission information into the historical page data through a Native server to obtain historical refreshing page data if the historical page data corresponding to the object acquisition address is found;
the second searching module is used for searching a route backspacing jump code corresponding to the page route type from the storage pool and determining the searched route backspacing jump code as a first route backspacing jump code;
the combination module is used for combining the first route rollback skip codes according to the rollback skip animation types to obtain first route rollback skip animation codes;
the execution module is used for executing the first route rollback skip animation code through the Native server, loading and rendering the historical refresh page data, and then displaying a second page backed from the first page; and the second page is obtained after rendering the historical refreshing page data according to the backspacing jump animation effect corresponding to the first route backspacing jump animation code.
9. A computer device comprising a memory, a processor and a computer program stored in the memory and executable on the processor, wherein the processor implements the page rollback method according to any one of claims 1 to 7 when executing the computer program.
10. A computer-readable storage medium, in which a computer program is stored, which, when being executed by a processor, implements the page rollback method according to any one of claims 1 to 7.
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