CN117472411B

CN117472411B - Upgrade method compatible with multiple upgrade protocols

Info

Publication number: CN117472411B
Application number: CN202311810947.4A
Authority: CN
Inventors: 董珊; 费兆龙; 徐秀云; 邓波; 张善睿; 张琳
Original assignee: Beigu Electronics Co ltd; Beigu Electronics Co ltd Shanghai Branch; Luogu Technology Shanghai Co ltd; Beigu Electronics Wuxi Co ltd
Current assignee: Beigu Electronics Co ltd; Beigu Electronics Co ltd Shanghai Branch; Luogu Technology Shanghai Co ltd; Beigu Electronics Wuxi Co ltd
Priority date: 2023-12-27
Filing date: 2023-12-27
Publication date: 2024-05-14
Anticipated expiration: 2043-12-27
Also published as: CN117472411A

Abstract

The invention provides an upgrade method compatible with multiple upgrade protocols, which belongs to the technical field of equipment upgrade, and comprises the following steps: presetting an upgrade component pool compatible with a plurality of upgrade protocols and a mapping relation table, wherein the upgrade component pool comprises a plurality of upgrade components, and the mapping relation table is used for representing the mapping relation between each upgrade protocol and the upgrade component combination and the equipment type matched with each upgrade protocol; and obtaining a target upgrading component combination from the upgrading component pool according to the mapping relation table and the equipment type contained in the upgrading request of the equipment to be upgraded, and providing the target upgrading component combination for the equipment to be upgraded so that the equipment to be upgraded can complete upgrading according to the target upgrading component combination. According to the mapping relation table and the type of the target equipment contained in the upgrading request of the equipment to be upgraded, the target upgrading component combination is obtained from the upgrading component pool and provided for the equipment to be upgraded to upgrade, and for various upgrading protocols, recoding is not needed, so that the time consumed by frequently changing codes is avoided.

Description

Upgrade method compatible with multiple upgrade protocols

Technical Field

The invention relates to the technical field of equipment upgrading, in particular to an upgrading method compatible with multiple upgrading protocols.

Background

The device has a device type (i.e. a device model) and a device upgrade protocol associated with the device type, and when upgrading the device, an upgrade file (code, etc.) needs to be written in a form specified by the device upgrade protocol, thereby completing the upgrade of the device. In addition, under the background of the existing hardware upgrading technology, the types of equipment are different, the corresponding equipment upgrading protocols are different, and the required upgrading files are different, so that when the equipment of a plurality of different equipment types is upgraded with the same target, the corresponding upgrading files are independently written according to the equipment upgrading protocols of each equipment, so that the equipment is upgraded.

In view of this, when writing an upgrade document of the same upgrade target, different upgrade files need to be independently developed and written for upgrades of different types of devices according to different device upgrade protocols, which causes the problems of a large number of repeated development and writing, a large code amount, and increased workload, and each compatible device protocol needs to specially develop an upgrade file.

Disclosure of Invention

The application provides an upgrading method compatible with multiple upgrading protocols, which aims to solve the problems that a large number of repeated development and writing, a large number of codes and a large amount of workload are increased, and each compatible device protocol needs to specially develop an upgrading file.

The first aspect of the present application provides an upgrade method compatible with multiple upgrade protocols, including:

S1: presetting an upgrade component pool compatible with a plurality of upgrade protocols and a mapping relation table, wherein the upgrade component pool comprises a plurality of upgrade components, and the mapping relation table is used for representing the mapping relation between each upgrade protocol and the upgrade component combination and the equipment type matched with each upgrade protocol;

S2: and acquiring a target upgrading component combination from the upgrading component pool according to the mapping relation table and the equipment type contained in the upgrading request of the equipment to be upgraded, and providing the target upgrading component combination for the equipment to be upgraded so that the equipment to be upgraded finishes upgrading according to the target upgrading component combination.

In one embodiment, according to the mapping relation table and the device type contained in the upgrade request of the device to be upgraded, a target upgrade component combination is obtained from the upgrade component pool and provided to the device to be upgraded, so that the device to be upgraded completes upgrade according to the target upgrade component combination, and the method includes:

according to the mapping relation table and the corresponding target equipment type contained in the upgrading request of the equipment to be upgraded, acquiring a target upgrading assembly combination from the upgrading assembly pool, and acquiring a target upgrading flow associated with the target equipment type from a stored upgrading protocol;

Providing the target upgrading process and the target upgrading component combination for the equipment to be upgraded, so that the equipment to be upgraded installs each upgrading component in the target upgrading component combination according to the upgrading step sequence of the target upgrading process to finish upgrading.

In one implementation, the upgrade component pool compatible with multiple upgrade protocols, the upgrade protocols and the mapping relation table which are sent by the second user equipment are received;

And storing the upgrade component pool compatible with various upgrade protocols, the upgrade protocols and the mapping relation table.

In one embodiment, the presetting an upgrade component pool and a mapping relation table compatible with multiple upgrade protocols includes:

acquiring the upgrading processes of the plurality of upgrading protocols, extracting common upgrading steps in the upgrading processes of at least two upgrading protocols from the upgrading processes of the plurality of upgrading protocols, and extracting a plurality of unique upgrading steps from the upgrading steps unique to each upgrading protocol;

packaging each public upgrading step and each unique upgrading step into a corresponding upgrading component respectively to form an upgrading component pool, wherein upgrading components corresponding to all upgrading steps of an upgrading flow of each upgrading protocol form an upgrading component combination;

And establishing a mapping relation between each upgrading protocol and the matched equipment type and the upgrading component combination to form the mapping relation table.

In one embodiment, the obtaining, according to the mapping relationship table and the device type contained in the upgrade request of the device to be upgraded, the target upgrade component combination from the upgrade component pool includes:

According to the equipment type contained in the upgrading request of the equipment to be upgraded, a plurality of upgrading component identifiers associated with the equipment type are obtained from the mapping relation table, and the plurality of upgrading component identifiers are associated with the target upgrading component in a combined mode;

and obtaining target upgrade components associated with the plurality of upgrade component identifications from the upgrade component pool to obtain the target upgrade component combination.

In one embodiment, the obtaining, according to the device type contained in the upgrade request of the device to be upgraded, the target upgrade component combination from the upgrade component pool includes:

Searching the equipment type contained in the upgrading request of the equipment to be upgraded in the mapping relation table;

if so, acquiring a target upgrading component combination associated with the equipment type from the upgrading component pool according to the mapping relation table;

If not, further adding an upgrade component corresponding to the equipment type in the upgrade component pool, and adding a mapping relation between the equipment type, an upgrade protocol matched with the equipment type and an upgrade component combination in the mapping relation table, wherein the newly added upgrade components together form the target upgrade component combination.

The second aspect of the present application provides an upgrade method compatible with multiple upgrade protocols, including:

Acquiring a plurality of upgrading protocols, extracting common upgrading steps in the upgrading processes of at least two upgrading protocols from the upgrading processes of the plurality of upgrading protocols, and extracting a plurality of unique upgrading steps from the upgrading steps unique to each upgrading protocol;

Packaging the public upgrading steps and the unique upgrading steps into corresponding upgrading components respectively to form an upgrading component pool compatible with various upgrading protocols, wherein upgrading components corresponding to all upgrading steps of an upgrading flow of each upgrading protocol form an upgrading component combination;

Creating a mapping relation table, wherein the mapping relation table is used for representing the mapping relation between the upgrade protocol and the upgrade component combination matched with the upgrade protocol and the equipment type;

And storing the mapping relation table and the upgrading component pool, so that when any equipment to be upgraded is upgraded, a corresponding target upgrading component combination is further obtained from the upgrading component pool and is provided for the equipment to be upgraded, and the upgrading of the equipment to be upgraded is completed.

In one embodiment, the creating the mapping table locally includes:

The creating the mapping relation table comprises the following steps:

Creating an associated upgrade component identification for any of the upgrade components;

Determining an upgrade procedure matched with any upgrade protocol according to any upgrade protocol, and further determining an upgrade component combination from the upgrade procedure to determine an upgrade component identification combination matched with the upgrade component combination, wherein a plurality of upgrade components of the upgrade component combination are installed in equipment to be upgraded according to the upgrade step sequence of the upgrade procedure;

and determining the association relation among any one of the upgrading protocols, the upgrading component identification combination matched with any one of the upgrading protocols and the equipment type matched with any one of the upgrading protocols to obtain the mapping relation table.

In one embodiment, the providing the device to be upgraded to complete the upgrade of the device to be upgraded includes:

Acquiring a corresponding target upgrading process;

Providing the corresponding target upgrading flow and the corresponding target upgrading component combination for the equipment to be upgraded, and enabling the equipment to be upgraded to install each upgrading component in the target upgrading component combination according to the upgrading step sequence of the upgrading flow so as to finish upgrading.

In a third aspect of the present application, an upgrade method compatible with multiple upgrade protocols is provided, including:

Responding to upgrade operation of a user to upgrade equipment to be upgraded so as to create an upgrade request containing a target equipment type corresponding to the equipment to be upgraded;

Sending an upgrade request comprising the target equipment type to first user equipment, so that the first user equipment can issue a corresponding target upgrade procedure according to the upgrade request and acquire and issue a target upgrade assembly combination from an upgrade assembly pool preset with a plurality of upgrade protocols, or the first user equipment can issue a corresponding target upgrade procedure according to the upgrade request and acquire a target upgrade assembly combination from an upgrade assembly pool compatible with a plurality of upgrade protocols of third user equipment;

and providing the target upgrading component combination and the upgrading flow to the equipment to be upgraded so as to finish the upgrading of the equipment to be upgraded.

In a third aspect of the present application, an upgrade apparatus is provided, located at a cloud end, including:

The storage module is used for presetting an upgrade component pool compatible with a plurality of upgrade protocols and a mapping relation table, wherein the upgrade component pool comprises a plurality of upgrade components, and the mapping relation table is used for representing the mapping relation between each upgrade protocol and the upgrade component combination and the equipment type matched with each upgrade protocol;

the obtaining module is used for obtaining a target upgrading component combination from the upgrading component pool according to the mapping relation table and the corresponding target equipment type contained in the upgrading request of the equipment to be upgraded, and providing the target upgrading component combination for the equipment to be upgraded so that the equipment to be upgraded can complete upgrading according to the target upgrading component combination.

In a fourth aspect of the present application, there is provided an upgrade apparatus comprising:

The system comprises an acquisition module, a processing module and a processing module, wherein the acquisition module is used for locally acquiring a plurality of upgrading protocols, extracting common upgrading steps in upgrading processes of at least two upgrading protocols from the upgrading processes of the plurality of upgrading protocols, and extracting a plurality of unique upgrading steps from upgrading steps unique to each upgrading protocol;

the packaging module is used for locally packaging the public upgrading steps and the unique upgrading steps into corresponding upgrading components respectively so as to form an upgrading component pool compatible with a plurality of upgrading protocols, and upgrading components corresponding to all upgrading steps of the upgrading flow of each upgrading protocol form an upgrading component combination;

The creation module is used for locally creating a mapping relation table which is used for representing the mapping relation between the upgrade protocol and the upgrade component combination matched with the upgrade protocol and the equipment type;

and the sending module is used for storing the mapping relation table and the upgrading component pool to the cloud end, so that when any equipment to be upgraded is upgraded, a corresponding target upgrading component combination is obtained from the local or cloud end upgrading component pool and is provided for the equipment to be upgraded, and the equipment to be upgraded is upgraded.

In a fifth aspect of the present application, there is provided an upgrade apparatus comprising:

the response module is used for responding to the upgrade operation of the equipment to be upgraded by a user so as to create an upgrade request containing the type of the target equipment corresponding to the equipment to be upgraded;

the sending module is used for sending an upgrade request comprising the target equipment type to the cloud end, so that the cloud end can send a corresponding target upgrade flow according to the upgrade request and acquire and send a target upgrade component combination from an upgrade component pool preset with a plurality of upgrade protocols, or can send a corresponding target upgrade flow according to the upgrade request, and further acquire the target upgrade component combination from an upgrade component pool locally compatible with the plurality of upgrade protocols;

And the upgrading module is used for providing the target upgrading component combination and the upgrading flow to the equipment to be upgraded so as to finish the upgrading of the equipment to be upgraded.

In a sixth aspect of the application, there is provided an upgrade system comprising the apparatus of the third, fourth and fifth aspects.

In a seventh aspect of the present application, there is provided an upgrade system comprising:

The first user equipment performs the upgrade method compatible with multiple upgrade protocols according to any embodiment of the first aspect;

A second user equipment executing any one of the upgrade methods compatible with the plurality of upgrade protocols according to the embodiment of the second aspect;

and a third user device, executing the upgrade method compatible with multiple upgrade protocols according to any one of the embodiments of the third aspect.

Compared with the prior art, the upgrading method compatible with various upgrading protocols has the following advantages:

The application presets an upgrade component pool compatible with a plurality of upgrade protocols and a mapping relation table, wherein the mapping relation table is used for representing the upgrade component combination of the upgrade protocols and the upgrade components matched with the upgrade protocols and the mapping relation between the equipment types matched with the upgrade protocols, and the target upgrade component combination is obtained from the upgrade component pool according to the mapping relation table and the target equipment types contained in the upgrade request of the equipment to be upgraded and is provided for the equipment to be upgraded, so that the equipment to be upgraded finishes upgrade according to the target upgrade component combination, and recoding is not needed for the plurality of upgrade protocols, thereby avoiding frequent code changing and labor hour consumption. And when the upgrade components in the compatible upgrade protocol can not meet the current upgrade condition, only the required upgrade components are required to be developed and packaged, an upgrade component pool is improved in increment, and corresponding upgrade flows of new upgrade components are configured on cloud equipment, so that the code development amount is greatly reduced.

Drawings

FIG. 1 is a flow chart of an upgrade method compatible with multiple upgrade protocols according to the present application.

Fig. 2 is an interactive flow chart of a multi-user device of the present application.

Fig. 3 is an interactive flow chart of another multi-user device of the present application.

FIG. 4 is a flow chart of another method of upgrading compatible with multiple upgrade protocols according to the present application.

FIG. 5 is a flow chart of another method of creating a mapping table according to the present application.

FIG. 6 is a flow chart of another method for obtaining a corresponding target upgrade component combination and target upgrade process according to the present application.

Fig. 7 is a diagram of a first ue device according to the present application.

Fig. 8 is a diagram of a second ue device according to the present application.

Fig. 9 is a diagram of a third user equipment device according to the present application.

FIG. 10 is a pool of upgrade components of the present application.

Detailed Description

It should be noted that the drawings are in a very simplified form and are all to a non-precise scale, merely for convenience and clarity in aiding in the description of embodiments of the invention. It will be appreciated that relative terms such as "above," "below," "top," "bottom," "above," and "below" as illustrated in the figures may be used to describe various element relationships to one another. These relative terms are intended to encompass different orientations of the element in addition to the orientation depicted in the figures. For example, if the device is inverted relative to the view in the drawings, an element described as "above" another element, for example, will now be below the element.

The inventor researches and discovers that the equipment to be upgraded of different equipment types has corresponding upgrading protocols and upgrading steps, and when the equipment to be upgraded is upgraded, different upgrading files are required to be written based on the different upgrading protocols, so that the equipment to be upgraded is upgraded.

In the application, as the upgrading steps of the parts corresponding to different upgrading protocols are the same, the equipment type is associated with the matched upgrading protocol and equipment type by constructing the upgrading component pool compatible with the different upgrading protocols, the corresponding target upgrading component combination is obtained based on the equipment type, and the equipment to be upgraded is upgraded based on the target upgrading component combination, so that the development cost is reduced.

Referring to fig. 1, fig. 1 describes an upgrade flow method compatible with multiple upgrade protocols, which is applied to a first user device, so as to avoid the problems of large number of repeated development and writing, large code amount and increased workload, and each compatibility with one device protocol requires a special development time. The upgrading flow method compatible with various upgrading protocols comprises the following steps.

101. An upgrade component pool compatible with a plurality of upgrade protocols and a mapping relation table are preset, wherein the upgrade component pool comprises a plurality of upgrade components, and the mapping relation table is used for representing the mapping relation between each upgrade protocol and the upgrade component combination matched with each upgrade protocol and the equipment type.

In the step, specifically, the first user equipment presets the obtained multiple upgrade protocols as an upgrade component pool including multiple upgrade components associated with different upgrade protocols, and presets a mapping relation table, where the mapping relation table is used to characterize a mapping relation between each upgrade protocol and an upgrade component combination and a device type matched with each upgrade protocol.

102. And acquiring a target upgrading component combination from the upgrading component pool according to the mapping relation table and the equipment type contained in the upgrading request of the equipment to be upgraded, and providing the target upgrading component combination for the equipment to be upgraded so that the equipment to be upgraded finishes upgrading according to the target upgrading component combination.

In the step, specifically, according to the mapping relation table and the corresponding target equipment type contained in the upgrading request of the equipment to be upgraded, the first user equipment acquires a target upgrading assembly combination from the upgrading assembly pool and acquires a target upgrading process associated with the target equipment type from a stored upgrading protocol; providing the target upgrading process and the target upgrading component combination for the equipment to be upgraded, so that the equipment to be upgraded installs each upgrading component in the target upgrading component combination according to the upgrading step sequence of the target upgrading process to finish upgrading.

Therefore, the method is based on the equipment type in the upgrade request, and the preset mapping relation table comprising the associated equipment type and upgrade assembly combination is obtained from the upgrade assembly pool through the preset upgrade assembly pool formed by a plurality of upgrade assemblies associated with different upgrade protocols, and then the target upgrade assembly combination is provided for the equipment to be upgraded, so that the equipment to be upgraded is upgraded, and the problems of a large number of repeated development and writing, large code quantity and increased workload are avoided, and each compatible equipment protocol needs special development duration.

Referring to fig. 2, fig. 2 depicts an upgrade interaction flow of a first user device, a second user device, and a third user device. In the process, the first user equipment may be set at the cloud end, receive and store an upgrade protocol and a corresponding mapping relation table provided by the local second user equipment, and send a target upgrade process required by upgrade to the local third user equipment, where the mapping relation table can reflect an association relation among the upgrade protocol, the equipment type and the upgrade component combination. Based on the target upgrade flow and the mapping relation table, a target upgrade component combination can be found from an upgrade component pool configured by the second user equipment, so that the third user equipment installs each upgrade component in the target upgrade component combination one by one according to the upgrade sequence required by the target upgrade flow, and upgrade is completed. Alternatively, the upgrade component pool configured by the second user device may be stored in the first user device in the cloud, or may be stored locally (for example, directly in the second user device, or stored in a distributed manner in each device to be upgraded).

The first user equipment, the second user equipment, the third user equipment and the equipment to be upgraded are suitable for the internet of things, the first user equipment can be a server of a cloud end and the like, can be integrated into whole equipment arranged on the cloud end, can be a set of distributed equipment arranged on the cloud end in a scattered manner, and is not limited in specific places. The second user device may be a mobile device or a portable device such as a mobile phone, a computer, a tablet computer, or the like, or may be a control device of an internet of things platform (a plurality of devices to be upgraded that can be simultaneously controlled to access the internet of things), or the like, which is not limited in this specific embodiment. The third user equipment may be a communication device in communication connection with the equipment to be upgraded, for example, a bluetooth device, a local area network, etc., may be a device integrated in the equipment to be upgraded or the second user equipment, may also be a device independently disposed outside the equipment to be upgraded and the second user equipment, or the second user equipment itself or the equipment to be upgraded itself, and in particular, the equipment to be upgraded is not limited herein, and may be any equipment to be upgraded, such as engineering machinery equipment, a mobile phone, a computer, a tablet computer, etc., and in particular, the equipment to be upgraded is not limited herein.

Referring to fig. 2, the present embodiment provides an upgrade method compatible with multiple upgrade protocols, which relates to an upgrade interaction flow of a first user device, a second user device, and a third user device, and specifically includes the following steps.

201. The second user equipment obtains different equipment types and upgrade flows specified in upgrade protocols of the different equipment types.

In this step, the second ue acquires a plurality of matched device types and upgrade protocols, and acquires an upgrade procedure in each upgrade protocol. Wherein, because the equipment type is matched with the upgrade protocol, the equipment type is matched with the upgrade flow in the upgrade protocol matched with the equipment type.

202. The second user equipment split packages the plurality of upgrade steps into a plurality of upgrade components to form an upgrade component pool.

In the step, after the second user equipment obtains the upgrade flows of the multiple upgrade protocols, each upgrade step of the upgrade flows is extracted from each upgrade protocol, and each upgrade step of the upgrade protocols is compared, so that a public upgrade step in the upgrade flows of at least two upgrade protocols is extracted from the upgrade flows of the multiple upgrade protocols, and a plurality of unique upgrade steps are extracted from the unique upgrade steps of each upgrade protocol, and then the public upgrade steps and the unique upgrade steps are packaged into upgrade components one by one, so that an upgrade component pool comprising a plurality of upgrade components is formed. The common upgrading step is the same upgrading step in a plurality of upgrading flows and is used for equipment to be upgraded of different equipment types. The unique upgrade step is a device to be upgraded that is used solely for the device type to which it matches. And the upgrade components corresponding to all upgrade steps of the upgrade flow of each upgrade protocol form an upgrade component combination.

It can be appreciated that each upgrade component of the upgrade component pool is either separately assigned to one upgrade protocol or is assigned to multiple upgrade protocols together, both of which are obtained from the upgrade flow of the upgrade protocol. The upgrade mode of the device to be upgraded of each device type is specified by an upgrade flow in an upgrade protocol associated with the device type of the device type, and the upgrade flow is provided with a plurality of upgrade steps for upgrade. Thus, the upgrade component pool is compatible with a variety of upgrade protocols that match the device types of the different devices to be upgraded.

Taking two upgrade protocols, namely an upgrade protocol A and an upgrade protocol B as examples, the upgrade procedure specified by the upgrade protocol A is.

A1, sending an instruction to enable the hardware equipment to enter an upgrading mode.

A2, erasing the original upgrading program in the hardware.

A3, sending the starting address of the upgrade software.

And A4, transmitting the data length of the upgrade package to be issued.

And A5, transmitting the upgrade data of each packet.

A6, sending the cyclic redundancy check sum.

A7, sending an ending instruction.

The upgrade procedure specified by upgrade protocol B is.

B1, sending an instruction to enable the hardware equipment to enter an upgrading mode.

B2, erasing the original starting address in the hardware.

And B3, transmitting the starting address of the upgrade software.

And B4, transmitting the length of the data to be issued.

And B5, transmitting the upgrade data with the designated length.

And B6, when the length of the transmitted data reaches the upper limit, the starting address of the next packet is transmitted.

B7, transmitting the length of the data to be issued.

And B8, transmitting the upgrade data with the designated length.

And B9, sending a cyclic redundancy checksum.

B10, sending an end instruction.

The common upgrading steps extracted for the two upgrading protocols are A1, A2, A3, A4, A5, A6 and A7; the extracted unique upgrading step is B6. These 8 upgrade steps are packaged at the second user device as separate and freely combinable upgrade components a-h as shown in fig. 10. The upgrade components a-h form an upgrade component pool compatible with both upgrade protocols.

203. The second user equipment creates a mapping relation table.

In the step, the second user equipment creates a mapping relation table, and establishes a mapping relation between each upgrading protocol and the equipment type matched with the upgrading protocol and the upgrading component combination to form the mapping relation table, wherein the mapping relation table comprises a plurality of incidence relations of mutually matched upgrading protocols, equipment types and upgrading component combinations, and the mapping relation table characterizes the mapping relation between the upgrading protocols and the upgrading component combination matched with the upgrading protocols and the equipment types, namely characterizes the mapping relation among the matched upgrading protocols, upgrading component combinations and equipment types because the upgrading protocols comprise upgrading flows.

After the upgrade request including the equipment type is obtained later, an upgrade protocol associated with the equipment type is obtained according to the mapping relation table and the equipment type, then an upgrade flow is obtained from the upgrade protocol, and a target upgrade component combination is obtained according to the mapping relation table, the upgrade component pool and the equipment type.

It should be noted that, the association relationship may be a direct association relationship of an upgrade protocol, a device type, and an upgrade component combination, or may be an indirect association relationship of an upgrade protocol identifier, a device type identifier, and an upgrade component identifier combination of an upgrade component combination, or may be a combination of the two, which is not limited in this embodiment. The upgrade protocol is uniquely corresponding to the upgrade protocol identification, the equipment type identification is uniquely corresponding to the equipment type, the upgrade component combination is uniquely corresponding to the upgrade component identification combination, and the upgrade component identification combination is a set of identifications of a plurality of upgrade components.

204. And the second user equipment sends the mapping relation table, the upgrading component pool and the upgrading protocol to the first user equipment.

205. The first user equipment stores an upgrade component pool, a mapping relation table and an upgrade protocol, wherein the upgrade protocol is used for extracting an upgrade flow.

206. And the third user equipment responds to the upgrading operation of the equipment to be upgraded by the user to obtain the equipment type of the equipment to be upgraded.

In the step, when a user needs to upgrade the equipment to be upgraded, the user inputs a user instruction for upgrading the equipment to be upgraded in third user equipment, and further triggers the third user equipment to respond to the upgrade operation of the user for upgrading the equipment to be upgraded so as to acquire the equipment type of the equipment to be upgraded.

207. The third user device sends an upgrade request including the device type to the first user device, so that the first user device obtains the upgrade request including the device type.

208. The first user equipment acquires a target upgrading component combination and a target upgrading flow corresponding to the equipment type in the upgrading request according to the equipment type.

In the step, after obtaining an upgrade request including a device type or a target device type corresponding to a device to be upgraded, the first user device firstly obtains a plurality of upgrade component identifications associated with the device type according to the device type and a mapping relation table in the upgrade request, and the plurality of upgrade component identifications are associated with the target upgrade component combination, so that an upgrade component combination associated with the plurality of upgrade component identifications, namely, a target upgrade component combination associated with the device type, is obtained from an upgrade component pool. And the first user equipment acquires an upgrade protocol associated with the equipment type according to the mapping relation in the equipment type and the mapping relation table, and further acquires a target upgrade flow from the upgrade protocol. Wherein, the target device type and the device type in the upgrade request of the device to be upgraded refer to the device type corresponding to the device to be upgraded.

209. The first user equipment sends the target upgrading component combination and the target upgrading flow to the third user equipment.

210. And the third user equipment upgrades the equipment to be upgraded according to the target upgrading component combination and the target upgrading flow.

In one embodiment, when the third user device is a device to be upgraded, the third user device installs each upgrade component in the target upgrade component combination according to an upgrade step sequence of the target upgrade process, so as to complete the upgrade.

In another embodiment, when the third user equipment is used as communication equipment such as a bluetooth device, a local area network and the like, the third user equipment is in communication connection with the equipment to be upgraded, and the third user equipment sequentially analyzes each upgrading component in the target upgrading component combination according to the upgrading step sequence of the target upgrading flow to obtain an ordered upgrading instruction and synchronously sends the ordered upgrading instruction to the equipment to be upgraded, so that the equipment to be upgraded synchronously runs the ordered upgrading instruction until the equipment to be upgraded is upgraded.

It should be noted that the second user device and the third user device may be integrated, which is not limited herein. When the third user device and the second user device are integrated into a whole and the second user device is the configuration end of the upgrade component pool, the target upgrade component combination may not be acquired at the cloud end, but the second user device may directly acquire the target upgrade component combination from the upgrade component pool locally stored according to the target upgrade flow issued by the cloud end, so step 208 does not need to acquire the target upgrade component combination, only acquires the target upgrade flow, and subsequent steps are modified accordingly.

Under the condition that the third user equipment is the same as the second user equipment, the first user equipment still receives and stores a plurality of upgrade protocols and mapping relation tables configured by the second user equipment, the target upgrade process is acquired locally at the second user equipment, and the target upgrade component is combined at the first user equipment in the cloud, and referring to fig. 3, the upgrade method compatible with the plurality of upgrade protocols comprises the following steps.

301. The second user equipment obtains the upgrade flows in upgrade protocols of different equipment types and different equipment types. This step is similar to step 201 described above, and is not repeated here.

302. The second user equipment split packages the plurality of upgrade steps into a plurality of upgrade components to form an upgrade component pool. This step is similar to step 202 described above, and is not repeated here.

303. The second ue creates a mapping table, which is similar to step 203 described above, and detailed description thereof will be omitted here.

304. And the second user equipment sends the mapping relation table or sends the mapping relation table and the upgrading component pool to the first user equipment. This step is similar to step 204 described above, and is not repeated here.

305. The first user equipment stores a mapping relation table or stores a mapping relation table, an upgrading protocol and an upgrading component pool. This step is similar to step 205 described above, and is not repeated here.

306. The second user equipment itself needs to perform the upgrade operation, and then the equipment type of itself can be obtained. This step is similar to step 206 described above, and is not described here.

307. The second user device sends an upgrade request including its device type to the first user device. This step is similar to step 207, and is not described here.

308. The first user equipment obtains a target upgrading flow of the equipment type according to the equipment type in the upgrading request.

In the step, after the first user equipment obtains an upgrade request including the equipment type of the equipment to be upgraded, the first user equipment determines a target upgrade flow associated with the equipment type according to the equipment type and the mapping relation table in the upgrade request.

309. The first user equipment sends the target upgrading flow to the second user equipment.

310. The second user equipment finds a target upgrading component combination from the upgrading component pool stored by the second user equipment according to the target upgrading flow, and installs each upgrading component in the target upgrading component combination according to the upgrading step sequence of the target upgrading flow so as to finish self-upgrading.

Fig. 2 and 3 depict configuring a mapping relationship table and an upgrade component pool by a second user device. Referring to fig. 4, fig. 4 depicts a first user device in the cloud creating an upgrade building pool and a mapping relationship table in the cloud. The upgrade method compatible with multiple protocols comprises the following steps:

401. and acquiring different equipment types and upgrading flows in upgrading protocols of the different equipment types.

This step is the same as 201 and will not be described again here.

402. The method comprises the steps of obtaining the upgrading processes of the plurality of upgrading protocols, extracting common upgrading steps in the upgrading processes of at least two upgrading protocols from the upgrading processes of the plurality of upgrading protocols, and extracting a plurality of unique upgrading steps from the upgrading steps unique to each upgrading protocol.

In the step, a first user device acquires a plurality of upgrading protocols, and extracts an upgrading process of a device to be upgraded associated with any upgrading protocol from any upgrading protocol, so that a public upgrading step is extracted from each upgrading process. The common upgrading step is the same upgrading step in a plurality of upgrading flows and is used for equipment to be upgraded of different equipment types.

403. And packaging the public upgrading steps and the unique steps into corresponding upgrading components respectively to form an upgrading component pool compatible with various upgrading protocols, and storing, wherein the upgrading components corresponding to all upgrading steps of the upgrading flow of each upgrading protocol form an upgrading component combination.

And respectively encapsulating each public upgrading step and each unique upgrading step extracted by the first user equipment into a corresponding upgrading component, thereby forming an upgrading component pool comprising a plurality of public upgrading components and a plurality of unique upgrading components. Since the upgrade process of each upgrade protocol prescribes all upgrade steps, the upgrade process is matched with the equipment to be upgraded of the corresponding equipment type, and further the upgrade component combination of the equipment to be upgraded of the respective equipment type is determined.

404. And establishing a mapping relation between each upgrading protocol and the matched equipment type and the upgrading component combination, forming the mapping relation table and storing the mapping relation table.

It should be noted that the subsequent implementation method of the present embodiment is the same as steps 206 to 210 in fig. 2, and detailed descriptions thereof are omitted here.

Referring to fig. 5, fig. 5 further describes creating a mapping table in step 203, where the set of steps may be used for the second user equipment or the third user equipment, and the second user equipment is described herein.

501. Creating an associated upgrade component identification for any of the upgrade components; after obtaining a plurality of upgrade components, the second user equipment creates an associated upgrade component identifier for any upgrade component.

502. And determining an upgrade procedure matched with any upgrade protocol according to any upgrade protocol, further determining an upgrade component combination from the upgrade procedure, and determining an upgrade component identification combination matched with the upgrade component combination, wherein a plurality of upgrade components of the upgrade component combination are installed in equipment to be upgraded according to the upgrade step sequence of the upgrade procedure.

The second user equipment determines an upgrade flow matched with each upgrade protocol according to any upgrade protocol, determines all corresponding steps from the upgrade flow, further determines upgrade components corresponding to all the steps to obtain an upgrade component combination, and further determines upgrade component identifiers corresponding to each upgrade component in the upgrade component combination to obtain an upgrade component identifier combination. The plurality of upgrading components of the upgrading component combination are installed in the equipment to be upgraded according to the upgrading step sequence of the upgrading flow.

503. And determining the mapping relation among any one of the upgrading protocols, the upgrading component identification combination matched with any one of the upgrading protocols and the equipment type matched with any one of the upgrading protocols to obtain the mapping relation table.

And determining a plurality of matched equipment types and upgrade protocols, further determining an upgrade flow and upgrade component identifier combination matched with any upgrade protocol according to any upgrade protocol, determining association relations of the plurality of matched equipment types, upgrade protocols, upgrade flow and upgrade component identifier combination because any upgrade protocol corresponds to one equipment type, and finally creating a mapping relation table of the plurality of association relations.

Referring to fig. 6, fig. 6 further depicts step 208.

601. And searching the equipment type contained in the upgrading request of the equipment to be upgraded in the mapping relation table.

After receiving the upgrade request, obtaining the equipment type of the equipment to be upgraded in the upgrade request, and searching the equipment to be upgraded in the mapping relation table.

602. And if so, acquiring a target upgrading component combination associated with the equipment type from the upgrading component pool according to the mapping relation table.

If the equipment type is found in the mapping relation table, the upgrading component combination associated with the equipment type is obtained from the mapping relation table, and then the target upgrading component combination associated with the equipment type is determined in the upgrading component pool.

603. If not, further adding an upgrade component corresponding to the equipment type in the upgrade component pool, and adding a mapping relation between the equipment type, an upgrade protocol matched with the equipment type and an upgrade component combination in the mapping relation table, wherein the newly added upgrade components together form the target upgrade component combination.

If the equipment type is not found in the mapping relation table, an upgrade component corresponding to the backup type is further newly added in the upgrade component pool, and the mapping relation between the backup type and an upgrade protocol matched with the equipment type and an upgrade component combination matched with the equipment type is newly added in the mapping relation table. Wherein the newly added upgrade components together form the target upgrade component combination.

It should be noted that, when the device type is not found, the first user device may send, to the second user device, a prompt message for prompting creation of an upgrade component combination of the device type, and send, to the third user device, a prompt message for prompting creation of an upgrade component combination of the device to be upgraded.

Referring to fig. 7, fig. 7 provides a first user equipment, including:

The storage module 701 is configured to preset an upgrade component pool compatible with multiple upgrade protocols and a mapping relation table, where the upgrade component pool includes multiple upgrade components, and the mapping relation table is used to characterize a mapping relation between each of the upgrade protocols and an upgrade component combination and a device type matched with each of the upgrade protocols.

And the obtaining module 702 is configured to obtain a target upgrade component combination from the upgrade component pool according to the mapping relation table and a device type included in an upgrade request of the device to be upgraded, and provide the target upgrade component combination to the device to be upgraded, so that the device to be upgraded completes upgrade according to the target upgrade component combination.

Referring to fig. 8, fig. 8 provides a second user equipment, including: an acquisition module 801, an encapsulation module 802, a creation module 803, and a transmission module 804.

An obtaining module 801, configured to obtain multiple upgrade protocols locally, and extract a common upgrade step in an upgrade procedure of at least two upgrade protocols from upgrade procedures of the multiple upgrade protocols, and extract multiple unique upgrade steps from upgrade steps unique to each upgrade protocol.

The packaging module 802 is configured to locally package each of the common upgrade steps and each of the unique upgrade steps into a corresponding upgrade component, so as to form an upgrade component pool compatible with multiple upgrade protocols, where upgrade components corresponding to all upgrade steps of an upgrade procedure of each of the upgrade protocols form an upgrade component combination.

A creating module 803 is configured to create a mapping relationship table locally, where the mapping relationship table is used to characterize the mapping relationship between the upgrade protocol and the upgrade component combination and the device type matched with the upgrade protocol.

The sending module 804 is configured to store the mapping relation table and the upgrade component pool in the cloud end, so that when any device to be upgraded is upgraded, a corresponding target upgrade component combination is further obtained from the local or cloud end upgrade component pool and provided to the device to be upgraded, so as to complete the upgrade of the device to be upgraded.

Referring to fig. 9, fig. 9 provides a third user device, including: a response module 901, a transmission module 902, and a transmission module 902.

The response module 901 is configured to respond to an upgrade operation of a user to upgrade a device to be upgraded, so as to create an upgrade request including a target device type corresponding to the device to be upgraded.

The sending module 902 is configured to send an upgrade request including the target device type to a cloud end, so that the cloud end issues a corresponding target upgrade procedure according to the upgrade request and obtains and issues a target upgrade component combination from an upgrade component pool preset with multiple upgrade protocols, or so that the cloud end issues a corresponding target upgrade procedure according to the upgrade request and obtains a target upgrade component combination from an upgrade component pool locally compatible with multiple upgrade protocols.

The upgrade module 903 is configured to provide the target upgrade component combination and the upgrade procedure to the device to be upgraded, so as to complete the upgrade of the device to be upgraded.

An upgrade system comprising a second user device as described in fig. 8 and a third user device as described in fig. 9.

The application also provides an upgrading system, which comprises:

the first, second and third user devices perform the steps of the foregoing fig. 2 to 6. Wherein the second user equipment is the same as or different from the third user equipment.

It should be noted that, in the present description, each embodiment is described in a progressive manner, and each embodiment is mainly described in a different manner from other embodiments, and identical and similar parts between the embodiments are all enough to refer to each other. For the system disclosed in the embodiment, the description is relatively simple because of corresponding to the method disclosed in the embodiment, and the relevant points refer to the description of the method section.

While the invention has been described in terms of preferred embodiments, the above embodiments are not intended to limit the invention. Many possible variations and modifications of the disclosed technology can be made by anyone skilled in the art without departing from the scope of the technology, or the technology can be modified to be equivalent. Therefore, any simple modification, equivalent variation and modification of the above embodiments according to the technical substance of the present invention still fall within the scope of the technical solution of the present invention.

It should be further understood that the terms "first," "second," "third," and the like in this specification are used merely for distinguishing between various components, elements, steps, etc. in the specification and not for indicating a logical or sequential relationship between the various components, elements, steps, etc., unless otherwise indicated. It should also be recognized that, as used herein and in the appended claims, the singular forms "a," "an," and "the" include plural referents unless the context clearly dictates otherwise. For example, reference to "a step" or "an apparatus" means a reference to one or more steps or apparatuses, and may include sub-steps as well as sub-apparatuses. All conjunctions used should be understood in the broadest sense. And, the word "or" should be understood as having the definition of a logical "or" rather than a logical "exclusive or" unless the context clearly indicates the contrary. Furthermore, implementation of the methods and/or apparatus in embodiments of the invention may include performing selected tasks manually, automatically, or in combination.

Claims

1. An upgrade method compatible with a plurality of upgrade protocols, comprising:

S1: presetting an upgrade component pool compatible with a plurality of upgrade protocols and a mapping relation table, wherein the upgrade component pool comprises a plurality of upgrade components, and the mapping relation table is used for representing the mapping relation between each upgrade protocol and the upgrade component combination and the equipment type matched with each upgrade protocol; the preset upgrading component pool and mapping relation table compatible with various upgrading protocols comprises:

establishing a mapping relation between each upgrading protocol and a matched equipment type and the upgrading component combination to form the mapping relation table;

2. The upgrade method compatible with multiple upgrade protocols according to claim 1, wherein the S2 comprises:

3. The method for upgrading compatible multiple upgrade protocols according to claim 1 or 2, wherein in S1, the presetting of the upgrade component pool and the mapping relation table compatible with multiple upgrade protocols includes:

receiving the upgrade component pool compatible with multiple upgrade protocols, the upgrade protocols and the mapping relation table sent by the second user equipment;

4. The method for upgrading compatible with multiple upgrade protocols according to claim 1 or 2, wherein in S2, the obtaining, according to the mapping relation table and the device type contained in the upgrade request of the device to be upgraded, the target upgrade component combination from the upgrade component pool includes:

5. The method for upgrading compatible with multiple upgrade protocols according to claim 1 or 2, wherein the obtaining the target upgrade component combination from the upgrade component pool according to the device type contained in the upgrade request of the device to be upgraded includes:

6. An upgrade method compatible with a plurality of upgrade protocols, comprising:

7. The method for upgrading a plurality of compatible upgrading protocols according to claim 6, wherein creating the mapping relation table comprises:

8. The method of claim 6, wherein said providing said device to be upgraded to complete an upgrade of said device to be upgraded comprises:

Acquiring a corresponding target upgrading process;

9. An upgrade method compatible with a plurality of upgrade protocols, comprising:

Sending an upgrade request including the target device type to a first user device, so that the first user device issues a corresponding target upgrade procedure according to the upgrade request and mapping relation table and obtains and issues a target upgrade component combination from an upgrade component pool preset with multiple upgrade protocols, or so that the first user device issues a corresponding target upgrade procedure according to the upgrade request and mapping relation table and obtains a target upgrade component combination from an upgrade component pool preset with multiple upgrade protocols of a third user device, wherein the upgrade component pool preset with multiple upgrade protocols and the mapping relation table include: