CN111090452A - Service environment switching method and computer-readable storage medium - Google Patents
Service environment switching method and computer-readable storage medium Download PDFInfo
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Abstract
The invention discloses a switching method of service environment and a computer readable storage medium, wherein the method comprises the following steps: configuring stage identifiers of different version numbers and different running information corresponding to client software on a server; client software respectively acquires the server addresses corresponding to the accessed services at each stage, and associates the service identification, the stage identification and the corresponding server addresses; the client software acquires a corresponding stage identifier from the server according to the self identifier, the current version number and the current operation information to obtain a current stage identifier; and respectively acquiring the server address corresponding to each service according to the service identifier and the current stage identifier of each service in the client software. The invention can conveniently switch the service environment of the client.
Description
Technical Field
The present invention relates to the field of software development technologies, and in particular, to a service environment switching method and a computer-readable storage medium.
Background
The process of developing the general C/S software at least comprises one or more stages of development, test, pre-production, production release and the like.
In different development stages, there will normally be a corresponding server environment corresponding to it. Generally, after entering each development stage, the client is required to modify the service environment of each service into a corresponding server address. The PC software can find the corresponding configuration file to modify, and the configuration file takes effect immediately after the reboot. However, for the mobile-side app, after the configuration file/code is modified, the procedures of packaging and reinstallation are often compiled, and the procedures are tedious and time-consuming. Moreover, during the recompilation and packaging process, the latest version of the dependent library can be introduced, and the latest version is not subjected to the integration test of the previous stage, so that problems are easily introduced. In addition, under normal conditions, the server releases always reach the user side before the client, and the new version server needs to be compatible with the old version client.
Disclosure of Invention
The technical problem to be solved by the invention is as follows: a service environment switching method and a computer-readable storage medium are provided, which can conveniently switch a service environment of a client.
In order to solve the technical problems, the invention adopts the technical scheme that: a method for switching service environment includes:
configuring stage identifiers of different version numbers and different running information corresponding to client software on a server;
client software respectively acquires the server addresses corresponding to the accessed services at each stage, and associates the service identification, the stage identification and the corresponding server addresses;
the client software acquires a corresponding stage identifier from the server according to the self identifier, the current version number and the current operation information to obtain a current stage identifier;
and respectively acquiring the server address corresponding to each service according to the service identifier and the current stage identifier of each service in the client software.
The invention also proposes a computer-readable storage medium, on which a computer program is stored which, when being executed by a processor, carries out the steps as described above.
The invention has the beneficial effects that: the client software acquires a corresponding stage identifier under the current condition from the server, acquires a server address corresponding to each service at the current stage according to a locally stored configuration file, and initiates a data request to the service environment at the current stage through the server address; when the phase identifier on the server is changed, the client software acquires the phase identifier again, and the server address corresponding to each service acquired after restarting is also changed correspondingly, so that a data request can be initiated to the service environment of the phase corresponding to the modified phase identifier, and the switching of the service environment of the client software is realized. The invention can conveniently switch the service environment of the client software through configuration, does not need to rebuild and install the client software, and does not worry about the tested client software because of the new version library with potential problems introduced by the reconstruction.
Drawings
FIG. 1 is a flow chart of a service environment switching method according to the present invention;
FIG. 2 is a flowchart of a method according to a first embodiment of the present invention;
fig. 3 is a schematic diagram of a storage structure of a phase identifier corresponding to client software according to a first embodiment of the present invention;
fig. 4 is configuration file contents corresponding to the client a according to the first embodiment of the present invention;
fig. 5 shows configuration file contents corresponding to the client B according to the first embodiment of the present invention.
Detailed Description
In order to explain technical contents, objects and effects of the present invention in detail, the following detailed description is given with reference to the accompanying drawings in conjunction with the embodiments.
The most key concept of the invention is as follows: configuring a stage identifier on a server, storing a configuration file locally, acquiring the stage identifier from the server by client software, storing the stage identifier locally, and acquiring a server address corresponding to a service in the configuration file according to the service identifier and the stage identifier acquired from the server, so as to initiate a data request to a service environment of the current stage; after the stage identifier configured on the server is modified, the client software obtains the modified stage identifier through receiving the instruction and stores the modified stage identifier in a local storage, the stored stage identifier is read after restarting, the server address corresponding to the service is obtained in the configuration file according to the service identifier and the stage identifier obtained from the server, and a data request can be initiated to the service environment of the new stage, so that the switching of the service environment is realized.
Referring to fig. 1, a method for switching a service environment includes:
configuring stage identifiers of different version numbers and different running information corresponding to client software on a server;
client software respectively acquires the server addresses corresponding to the accessed services at each stage, and associates the service identification, the stage identification and the corresponding server addresses;
the client software acquires a corresponding stage identifier from the server according to the self identifier, the current version number and the current operation information to obtain a current stage identifier;
and respectively acquiring the server address corresponding to each service according to the service identifier and the current stage identifier of each service in the client software.
From the above description, the beneficial effects of the present invention are: the service environment of the client can be conveniently switched.
Further, before configuring the stage identifier corresponding to different version numbers and different operation information for each client software on the server, the method further includes:
and presetting phase identifications of all phases of the software development process.
As can be seen from the above description, the phase identifiers of the phases are preset, so as to unify the identifiers of the server and the client for the phases.
Further, the client software obtains a corresponding stage identifier from the server according to the identifier of the client software, the current version number and the current operation information, and the current stage identifier is obtained by:
the client software judges whether a current stage identifier is stored locally;
if not, the client software acquires the corresponding stage identifier from the server according to the self identifier, the current version number and the current operation information, obtains the current stage identifier and stores the current stage identifier to the local.
As can be seen from the above description, by storing the phase identifier locally, the corresponding phase identifier can be directly obtained locally subsequently without requesting from the server each time, which saves time and traffic.
Further, still include:
when a preset trigger instruction is received, the client software acquires the corresponding stage identifier from the server again according to the self identifier, the current version number and the current running information, and updates the locally stored current stage identifier according to the acquired stage identifier.
As can be seen from the above description, after the phase identifier on the server is modified, the client software needs to be triggered to obtain a new phase identifier from the server again, and perform local update, so that the server address of the new phase identifier corresponding to each service can be obtained subsequently, thereby implementing the switching of service environments.
Further, after obtaining the server address corresponding to each service according to the service identifier and the current stage identifier of each service in the client software, the method further includes:
generating an interface address corresponding to each service according to the server address corresponding to each service and the service path corresponding to each service;
and initiating a data request according to the interface address.
As can be seen from the above description, the interface URL is spliced out to initiate a data request to the service environment of the current phase.
The invention also proposes a computer-readable storage medium, on which a computer program is stored which, when being executed by a processor, carries out the steps as described above.
Example one
Referring to fig. 2-5, a first embodiment of the present invention is: a service environment switching method can be applied to service environment switching of all client programs, consistency of a test program and a release program is guaranteed, and potential problems can be found in advance according to gray level tests of different versions, different users and specific equipment by a server strategy. As shown in fig. 2, the method comprises the steps of:
s1: presetting phase marks of each phase of a software development process; the software development process generally includes a development stage, a test stage, a pre-production stage, and a production online stage, in this embodiment, the stage identifier may be a character string to identify each stage, for example, dev corresponds to the development stage, test corresponds to the test stage, beta corresponds to the pre-production stage, and release corresponds to the production online stage.
S2: and configuring the stage identification of each client software corresponding to different version numbers and different running information on the server. Further, the first association relationship can be obtained according to the package ID, the version number, the operation information and the stage identification of the client software, wherein the operation information comprises the equipment ID of the equipment where the client software is located and the logged-in user ID; a client software only corresponds to a stage mark under a version number and running information; the phase identification may be configured and modified by the configurator through the background, e.g., initially configured as dev, and subsequently modified as test, beta, or release.
In practical application, the phase identifiers of the clients with different versions can be configured by adding the service environment management Server, and the configuration personnel configure the phase identifiers corresponding to the client software with different versions to the service environment management Server through the background. Flexible configuration with multiple dimensions can be supported according to the policy, and is not limited to package ID (package ID is used for identifying one client software, such as package name of iOS APP) and version number.
Specifically, whether the client software is newly developed is judged firstly, whether the client software exists or not can be judged by searching for the packet ID, and if the client software is newly developed, a corresponding client entry is created on the service environment management Server according to the packet ID of the client software; and if the client software is the existing client software, directly finding the corresponding client entry according to the packet ID. Then, a version entry corresponding to the current version number is created under the client entry, and then phase identifiers under various operation information are set. The resulting storage structure can be shown in fig. 3, and as can be seen from fig. 3, for the client software a (packet ID is com.nd.app.a), the phase identifier corresponding to the 001 version is release, i.e., the production online phase; the phase corresponding to version 002 is identified as test, i.e., the testing phase. And for the client software B (package ID is com.nd.app.b), the stage identifier corresponding to the 001 version is beta, the stage identifier corresponding to the 001 version and having the logged user ID of A is dev, and the stage identifier corresponding to the 001 version and having the logged user ID of B is release.
S3: the client software respectively acquires the server addresses corresponding to the accessed services at each stage, and associates the service identification, the stage identification and the server addresses corresponding to the stage identification to obtain a second association relation. The second association may be stored locally as a configuration file.
Specifically, when the client software is constructed, the service environment of each service is built according to the accessed service, for example, the client a provides two services, namely, a microblog service and a news service, and then the content of the configuration file corresponding to the client a can be as shown in fig. 4; client B only provides news services, and the content of the profile corresponding to client B may be as shown in fig. 5.
The execution order of step S2 and step S3 may not be sequential.
S4: and the client software acquires the corresponding stage identifier from the server according to the self identifier, the current version number and the current operation information to obtain the current stage identifier.
Further, the client software judges whether the current stage identification is stored locally or not, if so, the current stage identification is directly acquired, if not, the corresponding stage identification is requested from the server according to the self identification, the current version number and the current running information, if the network is not connected or the content returned by the server is illegal or wrong, the request is failed and error reporting processing is carried out, and if the server returns the legal stage identification, namely the request is successful, the client software acquires the current stage identification and stores the current stage identification to the local.
Further, when the client software receives a preset trigger instruction, the corresponding phase identifier is requested from the server again according to the identifier of the client software, the current version number and the current running information, and the locally stored current phase identifier is updated according to the newly acquired phase identifier.
During normal operation, based on the purpose of testing, a configurator modifies the phase identifier configured in step S2, that is, modifies the phase identifier corresponding to the specific operation information of the specific version number, and if the client software wants to request the phase identifier again, the client software may initiate a request through a preset trigger instruction, for example, when an operation of continuously clicking a preset position for a preset number of times (for example, clicking a version number on a setting page for 10 times) is detected, the request is initiated and the locally stored phase identifier is updated, and the updated phase identifier is effective after the client software is restarted, so that the consistency of the current operation service environment is ensured, and the request confusion of each environment is avoided.
S5: the client software acquires a server address corresponding to each service according to the service identifier and the current stage identifier of each service accessed by the client software; after the current stage identifier is obtained, the server address corresponding to the service at the stage can be obtained from the second association relationship according to the service identifier of the service.
S6: and generating an interface address corresponding to each service according to the server address corresponding to each service and the service path corresponding to each service, and initiating a data request according to the interface address. When a service initiates a request, a specific API request URL can be obtained by splicing according to a corresponding server address and a service path, for example, http:// weibo.dev.com is a server address corresponding to a microblog in a development stage, API/board/detail is a service path? 104800, the interface address is http:// weibo.dev.com/api/board/detail? And id 104800. After the interface address is obtained, a data request can be initiated to a specific server, namely, the data request is initiated to the service environment of the current stage.
In the embodiment, the client software acquires the corresponding stage identifier under the current condition from the server, acquires the server address corresponding to each service at the current stage according to the configuration file stored locally, and initiates a data request to the service environment at the current stage through the server address; when the phase identifier on the server is changed, the client software acquires the phase identifier again and updates the stored phase identifier, and the server address corresponding to each service acquired after restarting is also changed correspondingly, so that a data request can be initiated to the service environment of the phase corresponding to the modified phase identifier, and the switching of the service environment of the client software is realized. The invention can conveniently switch the service environment of the client software through configuration, does not need to rebuild and install the client software, and does not worry about the tested client software because of the new version library with potential problems introduced by the reconstruction.
Example two
The present embodiment is two specific application scenarios of the first embodiment.
Scene one: pre-testing compatibility of a new version server with an old version client
1. The new version server side issues to a pre-production environment;
2. a stage mark of a configurator on old version client software for configuring a tester account in the background is a pre-production stage;
3. logging in old version client software by using a tester account, and clicking 10 times of trigger request stage identification of the version number in a set page;
4. the server returns the stage identifier as a pre-production stage, and the client updates the stored stage identifier;
5. restarting the client, acquiring a phase identifier as a pre-production phase, and accessing the service environment of the pre-production phase by the subsequent service;
6. the tester performs a compatibility test.
The service environment of the old version client of some users or some equipment can be conveniently switched to pre-production for testing by modifying the stage identifier of the specific version of some users or some equipment through a strategy in the scene, the scene after the new version server is released is simulated, problems are tested and identified in advance, and the probability of online faults is reduced.
Scene two: the integration test is finished at the pre-production stage of the current version V of the client, and the quoted library X releases a new version with bug
1. The server and the client complete the integration test in the pre-production stage and prepare to release to the production environment online;
2. the server side firstly releases the information to the production environment;
3. and the stage of configuring the client version V by the configuration personnel in the background is marked as a production stage, and because the construction and the packaging are not carried out again, the library X contained in the released client uses a package with bug. And (4) the production environment test of the client version V only needs to pass through the basic function again, and the bug of the library X does not exist.
The above scenario can reduce the problem repair cost before release, and does not introduce potential bug.
EXAMPLE III
The present embodiment is a computer-readable storage medium corresponding to the above-mentioned embodiments, on which a computer program is stored, which when executed by a processor implements the steps of:
configuring stage identifiers of different version numbers and different running information corresponding to client software on a server;
client software respectively acquires the server addresses corresponding to the accessed services at each stage, and associates the service identification, the stage identification and the corresponding server addresses;
the client software acquires a corresponding stage identifier from the server according to the self identifier, the current version number and the current operation information to obtain a current stage identifier;
and respectively acquiring the server address corresponding to each service according to the service identifier and the current stage identifier of each service in the client software.
Further, before configuring the stage identifier corresponding to different version numbers and different operation information for each client software on the server, the method further includes:
and presetting phase identifications of all phases of the software development process.
Further, the client software obtains a corresponding stage identifier from the server according to the identifier of the client software, the current version number and the current operation information, and the current stage identifier is obtained by:
the client software judges whether a current stage identifier is stored locally;
if not, the client software acquires the corresponding stage identifier from the server according to the self identifier, the current version number and the current operation information, obtains the current stage identifier and stores the current stage identifier to the local.
Further, still include:
when a preset trigger instruction is received, the client software acquires the corresponding stage identifier from the server again according to the self identifier, the current version number and the current running information, and updates the locally stored current stage identifier according to the acquired stage identifier.
Further, after obtaining the server address corresponding to each service according to the service identifier and the current stage identifier of each service in the client software, the method further includes:
generating an interface address corresponding to each service according to the server address corresponding to each service and the service path corresponding to each service;
and initiating a data request according to the interface address.
In summary, the service environment switching method and the computer-readable storage medium provided by the present invention can conveniently switch the service environment of the client software through configuration, and do not need to reconstruct and install the client software, and do not worry about the tested client software, because the new version library with potential problems is introduced due to reconstruction.
The above description is only an embodiment of the present invention, and not intended to limit the scope of the present invention, and all equivalent changes made by using the contents of the present specification and the drawings, or applied directly or indirectly to the related technical fields, are included in the scope of the present invention.
Claims (10)
1. A method for switching service environments, comprising:
configuring stage identifiers of different version numbers and different running information corresponding to client software on a server;
client software respectively acquires the server addresses corresponding to the accessed services at each stage, and associates the service identification, the stage identification and the corresponding server addresses;
the client software acquires a corresponding stage identifier from the server according to the self identifier, the current version number and the current operation information to obtain a current stage identifier;
and respectively acquiring the server address corresponding to each service according to the service identifier and the current stage identifier of each service in the client software.
2. The service environment switching method according to claim 1, wherein before configuring the stage identifier corresponding to different version numbers and different operation information for each client software on the server, the method further comprises:
and presetting phase identifications of all phases of the software development process.
3. The service environment switching method according to claim 1, wherein the client software obtains the corresponding phase identifier from the server according to the identifier of the client software, the current version number, and the current operation information, and the obtaining of the current phase identifier specifically includes:
the client software judges whether a current stage identifier is stored locally;
if not, the client software acquires the corresponding stage identifier from the server according to the self identifier, the current version number and the current operation information, obtains the current stage identifier and stores the current stage identifier to the local.
4. The method for switching service environment according to claim 3, further comprising:
when a preset trigger instruction is received, the client software acquires the corresponding stage identifier from the server again according to the self identifier, the current version number and the current running information, and updates the locally stored current stage identifier according to the acquired stage identifier.
5. The method for switching service environments according to claim 1, wherein after obtaining the server address corresponding to each service according to the service identifier and the current-stage identifier of each service in the client software, the method further comprises:
generating an interface address corresponding to each service according to the server address corresponding to each service and the service path corresponding to each service;
and initiating a data request according to the interface address.
6. A computer-readable storage medium, on which a computer program is stored, which program, when executed by a processor, performs the steps of:
configuring stage identifiers of different version numbers and different running information corresponding to client software on a server;
client software respectively acquires the server addresses corresponding to the accessed services at each stage, and associates the service identification, the stage identification and the corresponding server addresses;
the client software acquires a corresponding stage identifier from the server according to the self identifier, the current version number and the current operation information to obtain a current stage identifier;
and respectively acquiring the server address corresponding to each service according to the service identifier and the current stage identifier of each service in the client software.
7. The computer-readable storage medium according to claim 6, wherein before configuring the phase identifier corresponding to different version numbers and different operation information for each client software on the server, further comprising:
and presetting phase identifications of all phases of the software development process.
8. The computer-readable storage medium of claim 6, wherein the client software obtains the corresponding phase identifier from the server according to the identifier of the client software, the current version number, and the current operation information, and the obtaining of the current phase identifier specifically includes:
the client software judges whether a current stage identifier is stored locally;
if not, the client software acquires the corresponding stage identifier from the server according to the self identifier, the current version number and the current operation information, obtains the current stage identifier and stores the current stage identifier to the local.
9. The computer-readable storage medium of claim 8, further comprising:
when a preset trigger instruction is received, the client software acquires the corresponding stage identifier from the server again according to the self identifier, the current version number and the current running information, and updates the locally stored current stage identifier according to the acquired stage identifier.
10. The computer-readable storage medium of claim 6, wherein after obtaining the server address corresponding to each service according to the service identifier and the current-stage identifier of each service in the client software, respectively, further comprises:
generating an interface address corresponding to each service according to the server address corresponding to each service and the service path corresponding to each service;
and initiating a data request according to the interface address.
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| CN113377381B (en) * | 2021-06-30 | 2023-11-14 | 北京百度网讯科技有限公司 | Distribution method and device of small program package, electronic equipment and medium |
| CN114500379A (en) * | 2022-02-18 | 2022-05-13 | 吉旗（成都）科技有限公司 | Message transmission method, device, equipment and storage medium |
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