CN106886420B - Program code management device and method and program code manager - Google Patents
Program code management device and method and program code manager Download PDFInfo
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Abstract
The invention provides a program code management device, a method and a program code manager, wherein the method comprises the following steps: according to the preset mapping relation between the function branches and the code layers, setting the program codes of the function branches in the corresponding code layers so as to respectively manage the program codes in the corresponding code layers through different code layers; and compiling the program codes in the code layer preset by the user. According to the program code management device, method and program code manager provided by the invention, the program codes are automatically arranged in the code layers with different attributes, the program logs are arranged in the log layers, and the code layers and the log layers are managed, so that the high-efficiency automatic management of the program codes and the program logs is realized, the management efficiency of the program codes and the program logs is effectively enhanced, and the management time of the program codes and the program logs of programmers is shortened.
Description
Technical Field
The present invention relates to the field of program code technologies, and in particular, to a program code management apparatus, a program code management method, and a program code manager.
Background
Along with the continuous improvement of the functions of the mobile terminal, the development tools of the mobile terminal are also very diversified. The program code management is mainly based on git (distributed program code version control system) and svn (program code version control system), but the program code for distributed development is mainly managed through git. Git also enjoys the favor of most program developers with distributed, well-functioning. Most program developers log during the development of program code and require log removal when the program code is submitted. However, in the process of developing the program code, all functions cannot be completed by one-time submission, and log needs to be added again when the function is developed again next time; when a program developer is required to develop a certain function, the function is delayed to be developed for some reason, at this time, the program developer must store the developed partial functions to the local, and the local code is compared and written on the current program code when the user develops the function again next time. The behaviors in the above scenes greatly delay the precious time of the program developers, and greatly influence the program code development efficiency of the program developers.
Disclosure of Invention
The invention mainly aims to provide a program code management device, a program code management method and a program code manager, which overcome the defect of low efficiency of git management program codes in the prior art.
To achieve the above object, the present invention provides a program code management apparatus, comprising:
the setting module is used for setting the program codes of all the function branches in the corresponding code layers according to the mapping relation between the preset function branches and the code layers so as to respectively manage the program codes in the corresponding code layers through different code layers;
and the compiling module is used for compiling the program codes in the code layer preset by the user.
Optionally, the apparatus further comprises:
the log management module is used for setting logs in the program codes of the function branches in the log layers corresponding to the function branches before the compiling module compiles the program codes in the code layers preset by the user so as to respectively manage the logs in the corresponding log layers through different log layers;
and storing all log layers into a set storage server, and deleting logs in the program codes of all function branches.
Optionally, the apparatus further comprises:
and the log recovery module is used for copying the log layer corresponding to any functional branch from the set storage server to the program code of any functional branch when the user modifies the program code of any functional branch after the compiling module compiles the program code in the code layer preset by the user.
Optionally, the setting module is specifically configured to:
according to the mapping relation between the preset function branches and the attributes of the code layers, the program codes of the function branches are arranged in the code layers corresponding to the attributes, and the program codes in the corresponding code layers are respectively managed through the code layers with different attributes.
Optionally, the apparatus further comprises:
and the storage module is used for serializing the program codes in all the code layers after the setting module sets the program codes of all the function branches in the code layers of the corresponding attributes, and storing the program codes in the set code layers corresponding to the local storage server and/or the set code layers corresponding to the remote storage server.
Optionally, the compiling module is specifically configured to:
and sending the code layer with the user preset attribute to a corresponding function branch in a set branch server according to the mapping relation between the preset function branch and the code layer, and controlling the set branch server to compile the program code in the code layer with the user preset attribute.
Optionally, the compiling module is specifically configured to:
serializing program codes in a code layer with user preset attributes to obtain a serialized code layer, and sending the serialized code layer to a set branch server;
controlling the set branch server to deserialize the program codes in the serialized code layer to obtain the program codes in the code layer with the user preset attribute;
controlling the set branch server to merge program codes in a code layer preset by a user into a corresponding function branch in the set branch server according to a mapping relation between a preset function branch and the code layer;
performing conflict judgment on the code layers merged into the corresponding functional branches in the set branch server;
if the collision is determined, alarming; otherwise, controlling the set branch server to compile the program code in the code layer of the user preset attribute.
In addition, to achieve the above object, the present invention further provides a program code management method, including:
according to the preset mapping relation between the function branches and the code layers, setting the program codes of the function branches in the corresponding code layers so as to respectively manage the program codes in the corresponding code layers through different code layers;
and compiling the program codes in the code layer preset by the user.
Optionally, before compiling the program code in the code layer preset by the user, the method further includes:
setting the logs in the program codes of the functional branches in log layers corresponding to the functional branches so as to respectively manage the logs in the corresponding log layers through different log layers;
and storing all log layers into a set storage server, and deleting logs in the program codes of all function branches.
Optionally, after compiling the program code in the code layer preset by the user, the method further includes:
when a user modifies the program code of any functional branch, the log layer corresponding to the functional branch is copied to the program code of the functional branch from the set storage server.
Optionally, the setting, according to a preset mapping relationship between the function branches and the code layers, the program codes of the function branches in the corresponding code layers to respectively manage the program codes in the corresponding code layers through different code layers includes:
according to the mapping relation between the preset function branches and the attributes of the code layers, the program codes of the function branches are arranged in the code layers corresponding to the attributes, and the program codes in the corresponding code layers are respectively managed through the code layers with different attributes.
Optionally, after the program codes of the functional branches are set in the code layers corresponding to the attributes according to the preset mapping relationship between the functional branches and the attributes of the code layers, so as to respectively manage the program codes in the corresponding code layers through the code layers with different attributes, the method further includes:
and serializing the program codes in all the code layers, and storing the program codes into a code layer corresponding to a set local storage server and/or a code layer corresponding to a set remote storage server.
Optionally, the compiling the program code in the code layer preset by the user includes:
and sending the code layer with the user preset attribute to a corresponding function branch in a set branch server according to the mapping relation between the preset function branch and the code layer, and controlling the set branch server to compile the program code in the code layer with the user preset attribute.
Optionally, the sending the code layer with the user preset attribute to the corresponding function branch in the set compiling server according to the mapping relationship between the preset function branch and the code layer, and controlling the set branch server to compile the program code in the code layer with the user preset attribute includes:
serializing program codes in a code layer with user preset attributes to obtain a serialized code layer, and sending the serialized code layer to a set branch server;
controlling the set branch server to deserialize the program codes in the serialized code layer to obtain the program codes in the code layer with the user preset attribute;
controlling the set branch server to merge program codes in a code layer preset by a user into a corresponding function branch in the set branch server according to a mapping relation between a preset function branch and the code layer;
judging whether the code layers merged into the corresponding functional branches in the set branch server conflict or not;
if the collision is determined, alarming; otherwise, controlling the set branch server to compile the program code in the code layer of the user preset attribute.
In addition, in order to achieve the above object, the present invention further provides a program code manager, which includes a processor and a memory, wherein the memory is used for storing executable instructions of the processor; the processor is configured to perform the following operations:
according to the preset mapping relation between the function branches and the code layers, setting the program codes of the function branches in the corresponding code layers so as to respectively manage the program codes in the corresponding code layers through different code layers;
and compiling the program codes in the code layer preset by the user.
Optionally, the processor is further configured to perform the following operations:
before compiling the program codes in the code layer preset by the user, setting the logs in the program codes of all the function branches in the log layer corresponding to all the function branches so as to respectively manage the logs in the corresponding log layer through different log layers;
and storing all log layers into a set storage server, and deleting logs in the program codes of all function branches.
Optionally, the processor is further configured to perform the following operations:
after compiling the program codes in the code layer preset by the user, when the user modifies the program codes of any function branch, copying the log layer corresponding to the function branch from the set storage server to the program codes of the function branch.
Optionally, according to a preset mapping relationship between the function branches and the code layers, setting the program code of each function branch in a corresponding code layer, so as to respectively manage the program codes in the corresponding code layers through different code layers, including:
according to the mapping relation between the preset function branches and the attributes of the code layers, the program codes of the function branches are arranged in the code layers corresponding to the attributes, and the program codes in the corresponding code layers are respectively managed through the code layers with different attributes.
Optionally, the processor is further configured to perform the following operations:
and setting the program codes of the function branches in the code layers corresponding to the attributes according to the preset mapping relation between the function branches and the attributes of the code layers, respectively managing the program codes in the corresponding code layers through the code layers with different attributes, serializing the program codes in all the code layers, and storing the program codes into the code layer corresponding to the set local storage server and/or the code layer corresponding to the set remote storage server.
Optionally, the compiling the program code in the code layer preset by the user includes:
and sending the code layer with the user preset attribute to a corresponding function branch in a set branch server according to the mapping relation between the preset function branch and the code layer, and controlling the set branch server to compile the program code in the code layer with the user preset attribute.
Optionally, the sending the code layer with the user preset attribute to the corresponding function branch in the set compiling server according to the mapping relationship between the preset function branch and the code layer, and controlling the set branch server to compile the program code in the code layer with the user preset attribute includes:
serializing program codes in a code layer with user preset attributes to obtain a serialized code layer, and sending the serialized code layer to a set branch server;
controlling the set branch server to deserialize the program codes in the serialized code layer to obtain the program codes in the code layer with the user preset attribute;
controlling the set branch server to merge program codes in a code layer preset by a user into a corresponding function branch in the set branch server according to a mapping relation between a preset function branch and the code layer;
judging whether the code layers merged into the corresponding functional branches in the set branch server conflict or not;
if the collision is determined, alarming; otherwise, controlling the set branch server to compile the program code in the code layer of the user preset attribute.
According to the program code management device, method and program code manager provided by the invention, the program codes are automatically arranged in the code layers with different attributes, the program logs are arranged in the log layers, and the code layers and the log layers are managed, so that the high-efficiency automatic management of the program codes and the program logs is realized, the management efficiency of the program codes and the program logs is effectively enhanced, and the management time of the program codes and the program logs of programmers is shortened.
Drawings
FIG. 1 is a flowchart of a program code management method according to a first embodiment of the present invention;
FIG. 2 is a flowchart of a program code management method according to a second embodiment of the present invention;
FIG. 3 is a block diagram of a program code management apparatus according to a third embodiment of the present invention;
FIG. 4 is a diagram illustrating a fourth embodiment of a component structure of a program code management apparatus;
FIG. 5 is a diagram illustrating a fifth embodiment of a program code manager.
The implementation, functional features and advantages of the objects of the present invention will be further explained with reference to the accompanying drawings.
Detailed Description
It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
A mobile terminal implementing various embodiments of the present invention will now be described with reference to the accompanying drawings. In the following description, suffixes such as "module", "component", or "unit" used to denote elements are used only for facilitating the explanation of the present invention, and have no specific meaning in themselves. Thus, "module" and "component" may be used in a mixture.
A first embodiment of the present invention, a program code management method, as shown in fig. 1, includes the following specific steps:
step S101, according to the mapping relation between the preset function branches and the code layers, the program codes of the function branches are arranged in the corresponding code layers, so that the program codes in the corresponding code layers are respectively managed through different code layers.
Optionally, step S101 includes:
and according to the preset mapping relation between the function branches and the code layers, setting the program codes of the function branches in the code layers corresponding to the function branches so as to respectively manage the program codes in the corresponding code layers through different code layers.
The program codes in each corresponding code layer are managed separately through different code layers, including but not limited to the following modes:
modifying the program codes in the corresponding code layers through the selected code layers; deleting the program codes in the corresponding code layers through the selected code layers; acquiring program codes in the corresponding code layers through the selected code layers; and saving the program codes in the corresponding code layers through the selected code layers.
For example: according to the preset mapping relation between 3 functional branches and 3 code layers, program codes of the 3 functional branches are arranged in the 3 code layers corresponding to the functional branches, so that the program codes in the 3 code layers are respectively managed through the 3 different code layers.
The program codes in 3 code layers are managed by 3 different code layers, including but not limited to the following:
modifying program code in the corresponding code layer through the selected 1 or more code layers; deleting the program codes in the corresponding code layers through the selected 1 or more code layers; acquiring program codes in corresponding code layers through the selected 1 or more code layers; and saving the program codes in the corresponding code layers through the selected 1 or more code layers.
And step S102, compiling the program codes in the code layer preset by the user.
Optionally, step S102 includes:
and compiling the program codes in one or more code layers preset by a user.
For example: according to the preset mapping relation between 3 functional branches and 3 code layers, setting program codes of the 3 functional branches in the 3 code layers corresponding to the functional branches;
program codes in the 1 st code layer and the 2 nd code layer are written; program codes in a 3 rd code layer are not written;
and compiling the program codes in the 1 st code layer and the 2 nd code layer preset by the user.
According to the program code management method provided by the first embodiment of the invention, the program codes are automatically set in the code layers with different attributes, and the automatic management of the code layers is adopted, so that the high-efficiency automatic management of the program codes is realized, the program code management efficiency is effectively enhanced, and the program code management time of programmers is shortened.
A second embodiment of the present invention, a program code management method, as shown in fig. 2, includes the following specific steps:
step S201, according to the preset mapping relationship between the function branches and the code layers, setting the program codes of the function branches in the corresponding code layers, so as to respectively manage the program codes in the corresponding code layers through different code layers.
Optionally, step S201 includes:
and according to the preset mapping relation between the function branches and the code layers, setting the program codes of the function branches in the code layers corresponding to the function branches so as to respectively manage the program codes in the corresponding code layers through different code layers.
The method for respectively managing the program codes in each corresponding code layer through different code layers includes, but is not limited to, the following methods:
modifying the program codes in the corresponding code layers through the selected code layers; deleting the program codes in the corresponding code layers through the selected code layers; acquiring program codes in the corresponding code layers through the selected code layers; and saving the program codes in the corresponding code layers through the selected code layers.
For example: according to the preset mapping relation between 3 functional branches and 3 code layers, program codes of the 3 functional branches are arranged in the 3 code layers corresponding to the functional branches, so that the program codes in the 3 code layers are respectively managed through the 3 different code layers.
The method for respectively managing the program codes in each corresponding 3 code layers through 3 different code layers includes, but is not limited to, the following methods:
modifying program code in the corresponding code layer through the selected 1 or more code layers; deleting the program codes in the corresponding code layers through the selected 1 or more code layers; acquiring program codes in corresponding code layers through the selected 1 or more code layers; and saving the program codes in the corresponding code layers through the selected 1 or more code layers.
Optionally, step S201 includes:
according to the mapping relation between the preset function branches and the attributes of the code layers, the program codes of the function branches are arranged in the code layers corresponding to the attributes, and the program codes in the corresponding code layers are respectively managed through the code layers with different attributes.
The method for respectively managing the program codes in the corresponding code layers through the code layers with different attributes includes, but is not limited to, the following methods:
modifying program codes in the corresponding code layers through the code layers with different attributes; deleting program codes in the corresponding code layers through the code layers with different attributes; acquiring program codes in corresponding code layers through code layers with different attributes; and storing the program codes in the corresponding code layers through the code layers with different attributes.
For example: the properties of the code layer include: written and unwritten;
according to the mapping relation between the preset function branches and the attributes of the code layers, the program codes of the function branches are arranged in the code layers corresponding to the attributes, and the program codes in the corresponding code layers are respectively managed through the code layers with different attributes.
The method for respectively managing the program codes in the corresponding code layers through the code layers with different attributes includes, but is not limited to, the following methods:
modifying program codes in the corresponding code layers through the code layers with the unprogrammed finished attributes; deleting the program codes in the corresponding code layers through the code layers with the unprogrammed finished attributes; acquiring program codes in corresponding code layers through the code layers with the written attributes; and saving the program codes in the corresponding code layers through the code layers with the written completion attributes.
Step S202, serializing the program codes in all the code layers, and storing the program codes into the code layer corresponding to the set local storage server and/or the code layer corresponding to the set remote storage server.
Step S203, setting the logs in the program codes of the function branches in the log layers corresponding to the function branches so as to respectively manage the logs in the corresponding log layers through different log layers;
and storing all log layers into a set storage server, and deleting logs in the program codes of all function branches.
The method for respectively managing the logs in the corresponding log layers through different log layers includes, but is not limited to, the following methods:
modifying the logs in the corresponding log layers through different log layers; deleting the logs in the corresponding log layers through different log layers; acquiring logs in corresponding log layers through different log layers; and saving the logs in the corresponding log layer through different log layers.
For example: setting the logs in the program codes of the 3 functional branches in log layers corresponding to the 3 functional branches so as to respectively manage the logs in the corresponding log layers through 3 different log layers;
and storing all the log layers into a set local storage server or a set remote storage server, and deleting the logs in the program codes of the function branches.
The method for respectively managing the logs in the corresponding log layers through different log layers includes, but is not limited to, the following methods:
modifying the log in the corresponding log layer through the log layer corresponding to the 1 st functional branch; deleting the logs in the corresponding log layer through the different log layers corresponding to the 2 nd functional branch; acquiring the logs in the corresponding log layer through different log layers corresponding to the 3 rd functional branch; and saving the logs in the corresponding log layer through the different log layers corresponding to the 3 rd functional branch.
And step S204, compiling the program codes in the code layer preset by the user.
Optionally, step S204 includes:
and compiling the program codes in one or more code layers preset by a user.
For example: according to the preset mapping relation between 3 functional branches and 3 code layers, setting program codes of the 3 functional branches in the 3 code layers corresponding to the functional branches;
program codes in the 1 st code layer and the 2 nd code layer are written; program codes in a 3 rd code layer are not written;
and compiling the program codes in the 1 st code layer and the 2 nd code layer preset by the user.
Optionally, step S204 includes:
and sending the code layer with the user preset attribute to a corresponding function branch in a set branch server according to the mapping relation between the preset function branch and the code layer, and controlling the set branch server to compile the program code in the code layer with the user preset attribute.
For example: and sending the code layer with the written attributes preset by the user to the corresponding function branch in the set branch server according to the mapping relation between the preset function branch and the code layer, and controlling the set branch server to compile the program codes in the code layer with the attributes preset by the user.
Optionally, step S204 includes:
serializing program codes in a code layer with user preset attributes to obtain a serialized code layer, and sending the serialized code layer to a set branch server;
controlling a set branch server to deserialize the program codes in the serialized code layer to obtain the program codes in the code layer with the user preset attributes;
according to the mapping relation between the preset function branches and the code layers, controlling the set branch server to merge the program codes in the code layers preset by the user into the corresponding function branches in the set branch server;
judging whether code layers merged into corresponding function branches in a set branch server conflict or not;
if the collision is determined, alarming; otherwise, the set branch server is controlled to compile the program codes in the code layer of the user preset attribute.
Step S205, when the user modifies the program code of any function branch, copy the log layer corresponding to any function branch from the set storage server to the program code of any function branch.
For example: when a user modifies the program code of the 1 st functional branch, the log layer corresponding to the 1 st functional branch is copied to the program code of the 1 st functional branch from the set storage server.
In the program code management method according to the second embodiment of the present invention, by automatically setting the program code in the code layers with different attributes and setting the program log in the log layer, efficient and automatic management of the program code and the program log is realized by managing the code layer and the log layer, the management efficiency of the program code and the program log is effectively enhanced, and the management time of the program code and the program log of a programmer is shortened.
A third embodiment of the present invention is a program code management apparatus, as shown in fig. 3, including the following components:
the setting module 100 is configured to set the program code of each function branch in the corresponding code layer according to a preset mapping relationship between the function branch and the code layer, so as to respectively manage the program codes in the corresponding code layers through different code layers.
Optionally, a module 100 is provided for:
and according to the preset mapping relation between the function branches and the code layers, setting the program codes of the function branches in the code layers corresponding to the function branches so as to respectively manage the program codes in the corresponding code layers through different code layers.
The program codes in each corresponding code layer are managed separately through different code layers, including but not limited to the following modes:
modifying the program codes in the corresponding code layers through the selected code layers; deleting the program codes in the corresponding code layers through the selected code layers; acquiring program codes in the corresponding code layers through the selected code layers; and saving the program codes in the corresponding code layers through the selected code layers.
For example: the setting module 100 is configured to set, according to a preset mapping relationship between 3 function branches and 3 code layers, program codes of the 3 function branches in the 3 code layers corresponding to the function branches, so as to respectively manage the program codes in the 3 code layers through 3 different code layers.
The program codes in 3 code layers are managed by 3 different code layers, including but not limited to the following:
modifying program code in the corresponding code layer through the selected 1 or more code layers; deleting the program codes in the corresponding code layers through the selected 1 or more code layers; acquiring program codes in corresponding code layers through the selected 1 or more code layers; and saving the program codes in the corresponding code layers through the selected 1 or more code layers.
And the compiling module 400 is used for compiling the program codes in the code layer preset by the user.
Optionally, the compiling module 400 is configured to:
and compiling the program codes in one or more code layers preset by a user.
For example: the compiling module 400 is configured to set program codes of 3 function branches in 3 code layers corresponding to the function branches according to a preset mapping relationship between the 3 function branches and the 3 code layers;
program codes in the 1 st code layer and the 2 nd code layer are written; program codes in a 3 rd code layer are not written;
and compiling the program codes in the 1 st code layer and the 2 nd code layer preset by the user.
The program code management apparatus according to the third embodiment of the present invention automatically sets the program code in the code layers with different attributes, and automatically manages the code layers, thereby realizing efficient and automatic management of the program code, effectively enhancing the program code management efficiency, and shortening the program code management time of the programmer.
A fourth embodiment of the present invention is a program code management apparatus, as shown in fig. 4, including the following components:
the setting module 100 is configured to set the program code of each function branch in the corresponding code layer according to a preset mapping relationship between the function branch and the code layer, so as to respectively manage the program codes in the corresponding code layers through different code layers.
Optionally, a module 100 is provided for:
and according to the preset mapping relation between the function branches and the code layers, setting the program codes of the function branches in the code layers corresponding to the function branches so as to respectively manage the program codes in the corresponding code layers through different code layers.
The method for respectively managing the program codes in each corresponding code layer through different code layers includes, but is not limited to, the following methods:
modifying the program codes in the corresponding code layers through the selected code layers; deleting the program codes in the corresponding code layers through the selected code layers; acquiring program codes in the corresponding code layers through the selected code layers; and saving the program codes in the corresponding code layers through the selected code layers.
For example: the setting module 100 is configured to set, according to a preset mapping relationship between 3 function branches and 3 code layers, program codes of the 3 function branches in the 3 code layers corresponding to the function branches, so as to respectively manage the program codes in the 3 code layers through 3 different code layers.
The method for respectively managing the program codes in each corresponding 3 code layers through 3 different code layers includes, but is not limited to, the following methods:
modifying program code in the corresponding code layer through the selected 1 or more code layers; deleting the program codes in the corresponding code layers through the selected 1 or more code layers; acquiring program codes in corresponding code layers through the selected 1 or more code layers; and saving the program codes in the corresponding code layers through the selected 1 or more code layers.
Optionally, a module 100 is provided for:
according to the mapping relation between the preset function branches and the attributes of the code layers, the program codes of the function branches are arranged in the code layers corresponding to the attributes, and the program codes in the corresponding code layers are respectively managed through the code layers with different attributes.
The method for respectively managing the program codes in the corresponding code layers through the code layers with different attributes includes, but is not limited to, the following methods:
modifying program codes in the corresponding code layers through the code layers with different attributes; deleting program codes in the corresponding code layers through the code layers with different attributes; acquiring program codes in corresponding code layers through code layers with different attributes; and storing the program codes in the corresponding code layers through the code layers with different attributes.
For example: the setup module 100, for the properties of the code layer, includes: written and unwritten;
according to the mapping relation between the preset function branches and the attributes of the code layers, the program codes of the function branches are arranged in the code layers corresponding to the attributes, and the program codes in the corresponding code layers are respectively managed through the code layers with different attributes.
The method for respectively managing the program codes in the corresponding code layers through the code layers with different attributes includes, but is not limited to, the following methods:
modifying program codes in the corresponding code layers through the code layers with the unprogrammed finished attributes; deleting the program codes in the corresponding code layers through the code layers with the unprogrammed finished attributes; acquiring program codes in corresponding code layers through the code layers with the written attributes; and saving the program codes in the corresponding code layers through the code layers with the written completion attributes.
A saving module 200, configured to serialize program codes in all code layers, and save the program codes into a code layer corresponding to a set local storage server and/or a code layer corresponding to a set remote storage server.
The log management module 300 is configured to set logs in the program codes of the functional branches in log layers corresponding to the functional branches, so as to respectively manage the logs in the corresponding log layers through different log layers;
and storing all log layers into a set storage server, and deleting logs in the program codes of all function branches.
The method for respectively managing the logs in the corresponding log layers through different log layers includes, but is not limited to, the following methods:
modifying the logs in the corresponding log layers through different log layers; deleting the logs in the corresponding log layers through different log layers; acquiring logs in corresponding log layers through different log layers; and saving the logs in the corresponding log layer through different log layers.
For example: the log management module 300 is configured to set logs in the program codes of the 3 functional branches in log layers corresponding to the 3 functional branches, so as to respectively manage the logs in the corresponding log layers through 3 different log layers;
and storing all the log layers into a set local storage server or a set remote storage server, and deleting the logs in the program codes of the function branches.
The method for respectively managing the logs in the corresponding log layers through different log layers includes, but is not limited to, the following methods:
modifying the log in the corresponding log layer through the log layer corresponding to the 1 st functional branch; deleting the logs in the corresponding log layer through the different log layers corresponding to the 2 nd functional branch; acquiring the logs in the corresponding log layer through different log layers corresponding to the 3 rd functional branch; and saving the logs in the corresponding log layer through the different log layers corresponding to the 3 rd functional branch.
And the compiling module 400 is used for compiling the program codes in the code layer preset by the user.
Optionally, the compiling module 400 is configured to:
and compiling the program codes in one or more code layers preset by a user.
For example: the compiling module 400 is configured to set program codes of 3 function branches in 3 code layers corresponding to the function branches according to a preset mapping relationship between the 3 function branches and the 3 code layers;
program codes in the 1 st code layer and the 2 nd code layer are written; program codes in a 3 rd code layer are not written;
and compiling the program codes in the 1 st code layer and the 2 nd code layer preset by the user.
Optionally, the compiling module 400 is configured to:
and sending the code layer with the user preset attribute to a corresponding function branch in a set branch server according to the mapping relation between the preset function branch and the code layer, and controlling the set branch server to compile the program code in the code layer with the user preset attribute.
For example: and the compiling module 400 is configured to send the code layer with the user preset written attributes to the corresponding function branch in the set branch server according to the mapping relationship between the preset function branch and the code layer, and control the set branch server to compile the program code in the code layer with the user preset attributes.
Optionally, the compiling module 400 is configured to include:
serializing program codes in a code layer with user preset attributes to obtain a serialized code layer, and sending the serialized code layer to a set branch server;
controlling a set branch server to deserialize the program codes in the serialized code layer to obtain the program codes in the code layer with the user preset attributes;
according to the mapping relation between the preset function branches and the code layers, controlling the set branch server to merge the program codes in the code layers preset by the user into the corresponding function branches in the set branch server;
judging whether code layers merged into corresponding function branches in a set branch server conflict or not;
if the collision is determined, alarming; otherwise, the set branch server is controlled to compile the program codes in the code layer of the user preset attribute.
The log recovery module 500 is configured to copy, when a user modifies a program code of any function branch, a log layer corresponding to any function branch from a set storage server to the program code of any function branch.
For example: the log recovery module 500 is configured to copy, when the user modifies the program code of the 1 st functional branch, the log layer corresponding to the 1 st functional branch from the set storage server to the program code of the 1 st functional branch.
The program code management apparatus according to the fourth embodiment of the present invention automatically sets the program code in the code layers with different attributes, and sets the program log in the log layer, so that the high-efficiency automatic management of the program code and the program log is realized by managing the code layer and the log layer, the management efficiency of the program code and the program log is effectively enhanced, and the management time of the program code and the program log of the programmer is shortened.
A fifth embodiment of the present invention is a program code manager, as shown in fig. 5, including the following components:
a processor 501 and a memory 502. In some embodiments of the invention, these components may be connected by a bus or other means.
a memory 502 for storing program code and transferring the program code to the processor 501. Memory 502 may include Volatile Memory (Volatile Memory), such as Random Access Memory (RAM); the Memory 502 may also include a Non-Volatile Memory (Non-Volatile Memory), such as a Read-Only Memory (ROM), a Flash Memory (Flash Memory), a Hard Disk (Hard Disk Drive, HDD), or a Solid-State Drive (SSD); the memory 502 may also comprise a combination of memories of the kind described above. The memory 502 is connected to the processor 501 via a bus.
The processor 501 is configured to call the program code management code stored in the memory 502, and perform the following operations:
1) and setting the program codes of the function branches in the corresponding code layers according to the preset mapping relation between the function branches and the code layers, so as to respectively manage the program codes in the corresponding code layers through different code layers.
Optionally, according to a preset mapping relationship between the function branches and the code layers, setting the program code of each function branch in a corresponding code layer, so as to respectively manage the program codes in the corresponding code layers through different code layers, including:
and according to the preset mapping relation between the function branches and the code layers, setting the program codes of the function branches in the code layers corresponding to the function branches so as to respectively manage the program codes in the corresponding code layers through different code layers.
The method for respectively managing the program codes in each corresponding code layer through different code layers includes, but is not limited to, the following methods:
modifying the program codes in the corresponding code layers through the selected code layers; deleting the program codes in the corresponding code layers through the selected code layers; acquiring program codes in the corresponding code layers through the selected code layers; and saving the program codes in the corresponding code layers through the selected code layers.
For example: according to the preset mapping relation between 3 functional branches and 3 code layers, program codes of the 3 functional branches are arranged in the 3 code layers corresponding to the functional branches, so that the program codes in the 3 code layers are respectively managed through the 3 different code layers.
The method for respectively managing the program codes in each corresponding 3 code layers through 3 different code layers includes, but is not limited to, the following methods:
modifying program code in the corresponding code layer through the selected 1 or more code layers; deleting the program codes in the corresponding code layers through the selected 1 or more code layers; acquiring program codes in corresponding code layers through the selected 1 or more code layers; and saving the program codes in the corresponding code layers through the selected 1 or more code layers.
2) And compiling the program codes in the code layer preset by the user.
Optionally, compiling the program code in the code layer preset by the user includes:
and compiling the program codes in one or more code layers preset by a user.
For example: according to the preset mapping relation between 3 functional branches and 3 code layers, setting program codes of the 3 functional branches in the 3 code layers corresponding to the functional branches;
program codes in the 1 st code layer and the 2 nd code layer are written; program codes in a 3 rd code layer are not written;
and compiling the program codes in the 1 st code layer and the 2 nd code layer preset by the user.
The program code manager according to the fifth embodiment of the present invention automatically sets the program code in the code layers with different attributes, and automatically manages the code layers, thereby realizing efficient and automatic management of the program code, effectively enhancing the program code management efficiency, and shortening the program code management time of a programmer.
In a sixth embodiment of the present invention, a program code manager includes the following components:
a processor 501 and a memory 502. In some embodiments of the invention, these components may be connected by a bus or other means.
a memory 502 for storing program code and transferring the program code to the processor 501. Memory 502 may include Volatile Memory (Volatile Memory), such as Random Access Memory (RAM); the Memory 502 may also include a Non-Volatile Memory (Non-Volatile Memory), such as a Read-Only Memory (ROM), a Flash Memory (Flash Memory), a Hard Disk (Hard Disk Drive, HDD), or a Solid-State Drive (SSD); the memory 502 may also comprise a combination of memories of the kind described above. The memory 502 is connected to the processor 501 via a bus.
The processor 501 is configured to call the program code for adjusting the position of the object in the virtual reality stored in the memory 502, and perform the following operations:
1) and setting the program codes of the function branches in the corresponding code layers according to the preset mapping relation between the function branches and the code layers, so as to respectively manage the program codes in the corresponding code layers through different code layers.
Optionally, according to a preset mapping relationship between the function branches and the code layers, setting the program code of each function branch in a corresponding code layer, so as to respectively manage the program codes in the corresponding code layers through different code layers, including:
and according to the preset mapping relation between the function branches and the code layers, setting the program codes of the function branches in the code layers corresponding to the function branches so as to respectively manage the program codes in the corresponding code layers through different code layers.
The method for respectively managing the program codes in each corresponding code layer through different code layers includes, but is not limited to, the following methods:
modifying the program codes in the corresponding code layers through the selected code layers; deleting the program codes in the corresponding code layers through the selected code layers; acquiring program codes in the corresponding code layers through the selected code layers; and saving the program codes in the corresponding code layers through the selected code layers.
For example: according to the preset mapping relation between 3 functional branches and 3 code layers, program codes of the 3 functional branches are arranged in the 3 code layers corresponding to the functional branches, so that the program codes in the 3 code layers are respectively managed through the 3 different code layers.
The method for respectively managing the program codes in each corresponding 3 code layers through 3 different code layers includes, but is not limited to, the following methods:
modifying program code in the corresponding code layer through the selected 1 or more code layers; deleting the program codes in the corresponding code layers through the selected 1 or more code layers; acquiring program codes in corresponding code layers through the selected 1 or more code layers; and saving the program codes in the corresponding code layers through the selected 1 or more code layers.
Optionally, according to a preset mapping relationship between the function branches and the code layers, setting the program code of each function branch in a corresponding code layer, so as to respectively manage the program codes in the corresponding code layers through different code layers, including:
according to the mapping relation between the preset function branches and the attributes of the code layers, the program codes of the function branches are arranged in the code layers corresponding to the attributes, and the program codes in the corresponding code layers are respectively managed through the code layers with different attributes.
The method for respectively managing the program codes in the corresponding code layers through the code layers with different attributes includes, but is not limited to, the following methods:
modifying program codes in the corresponding code layers through the code layers with different attributes; deleting program codes in the corresponding code layers through the code layers with different attributes; acquiring program codes in corresponding code layers through code layers with different attributes; and storing the program codes in the corresponding code layers through the code layers with different attributes.
For example: the properties of the code layer include: written and unwritten;
according to the mapping relation between the preset function branches and the attributes of the code layers, the program codes of the function branches are arranged in the code layers corresponding to the attributes, and the program codes in the corresponding code layers are respectively managed through the code layers with different attributes.
The method for respectively managing the program codes in the corresponding code layers through the code layers with different attributes includes, but is not limited to, the following methods:
modifying program codes in the corresponding code layers through the code layers with the unprogrammed finished attributes; deleting the program codes in the corresponding code layers through the code layers with the unprogrammed finished attributes; acquiring program codes in corresponding code layers through the code layers with the written attributes; and saving the program codes in the corresponding code layers through the code layers with the written completion attributes.
2) And serializing the program codes in all the code layers, and storing the program codes into a code layer corresponding to a set local storage server and/or a code layer corresponding to a set remote storage server.
3) Setting the logs in the program codes of the functional branches in log layers corresponding to the functional branches so as to respectively manage the logs in the corresponding log layers through different log layers;
and storing all log layers into a set storage server, and deleting logs in the program codes of all function branches.
The method for respectively managing the logs in the corresponding log layers through different log layers includes, but is not limited to, the following methods:
modifying the logs in the corresponding log layers through different log layers; deleting the logs in the corresponding log layers through different log layers; acquiring logs in corresponding log layers through different log layers; and saving the logs in the corresponding log layer through different log layers.
For example: setting the logs in the program codes of the 3 functional branches in log layers corresponding to the 3 functional branches so as to respectively manage the logs in the corresponding log layers through 3 different log layers;
and storing all the log layers into a set local storage server or a set remote storage server, and deleting the logs in the program codes of the function branches.
The method for respectively managing the logs in the corresponding log layers through different log layers includes, but is not limited to, the following methods:
modifying the log in the corresponding log layer through the log layer corresponding to the 1 st functional branch; deleting the logs in the corresponding log layer through the different log layers corresponding to the 2 nd functional branch; acquiring the logs in the corresponding log layer through different log layers corresponding to the 3 rd functional branch; and saving the logs in the corresponding log layer through the different log layers corresponding to the 3 rd functional branch.
4) And compiling the program codes in the code layer preset by the user.
Optionally, compiling the program code in the code layer preset by the user includes:
and compiling the program codes in one or more code layers preset by a user.
For example: according to the preset mapping relation between 3 functional branches and 3 code layers, setting program codes of the 3 functional branches in the 3 code layers corresponding to the functional branches;
program codes in the 1 st code layer and the 2 nd code layer are written; program codes in a 3 rd code layer are not written;
and compiling the program codes in the 1 st code layer and the 2 nd code layer preset by the user.
Optionally, compiling the program code in the code layer preset by the user includes:
and sending the code layer with the user preset attribute to a corresponding function branch in a set branch server according to the mapping relation between the preset function branch and the code layer, and controlling the set branch server to compile the program code in the code layer with the user preset attribute.
For example: and sending the code layer with the written attributes preset by the user to the corresponding function branch in the set branch server according to the mapping relation between the preset function branch and the code layer, and controlling the set branch server to compile the program codes in the code layer with the attributes preset by the user.
Optionally, compiling the program code in the code layer preset by the user includes:
serializing program codes in a code layer with user preset attributes to obtain a serialized code layer, and sending the serialized code layer to a set branch server;
controlling a set branch server to deserialize the program codes in the serialized code layer to obtain the program codes in the code layer with the user preset attributes;
according to the mapping relation between the preset function branches and the code layers, controlling the set branch server to merge the program codes in the code layers preset by the user into the corresponding function branches in the set branch server;
judging whether code layers merged into corresponding function branches in a set branch server conflict or not;
if the collision is determined, alarming; otherwise, the set branch server is controlled to compile the program codes in the code layer of the user preset attribute.
5) When a user modifies the program code of any function branch, the log layer corresponding to any function branch is copied to the program code of any function branch from the set storage server.
For example: when a user modifies the program code of the 1 st functional branch, the log layer corresponding to the 1 st functional branch is copied to the program code of the 1 st functional branch from the set storage server.
The program code manager according to the sixth embodiment of the present invention automatically sets the program code in the code layers with different attributes, and sets the program log in the log layer, so as to implement efficient and automatic management of the program code and the program log by managing the code layer and the log layer, effectively enhance the management efficiency of the program code and the program log, and shorten the management time of the program code and the program log of the programmer.
It should be noted that, in this document, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other like elements in a process, method, article, or apparatus that comprises the element.
The above-mentioned serial numbers of the embodiments of the present invention are merely for description and do not represent the merits of the embodiments.
Through the above description of the embodiments, those skilled in the art will clearly understand that the method of the above embodiments can be implemented by software plus a necessary general hardware platform, and certainly can also be implemented by hardware, but in many cases, the former is a better implementation manner. Based on such understanding, the technical solutions of the present invention may be embodied in the form of a software product, which is stored in a storage medium (such as ROM/RAM, magnetic disk, optical disk) and includes instructions for enabling a terminal device (such as a mobile phone, a computer, a server, an air conditioner, or a network device) to execute the method according to the embodiments of the present invention.
The above description is only a preferred embodiment of the present invention, and not intended to limit the scope of the present invention, and all modifications of equivalent structures and equivalent processes, which are made by using the contents of the present specification and the accompanying drawings, or directly or indirectly applied to other related technical fields, are included in the scope of the present invention.
Claims (10)
1. A program code management apparatus, comprising:
the setting module is used for setting the program codes of all the function branches in the corresponding code layers according to the mapping relation between the preset function branches and the code layers so as to respectively manage the program codes in the corresponding code layers through different code layers;
and the compiling module is used for compiling the program codes in one or more code layers preset by the user.
2. The apparatus of claim 1, further comprising:
the log management module is used for setting logs in the program codes of the function branches in the log layers corresponding to the function branches before the compiling module compiles the program codes in the code layers preset by the user so as to respectively manage the logs in the corresponding log layers through different log layers;
and storing all log layers into a set storage server, and deleting logs in the program codes of all function branches.
3. The apparatus of claim 2, further comprising:
and the log recovery module is used for copying the log layer corresponding to any functional branch from the set storage server to the program code of any functional branch when the user modifies the program code of any functional branch after the compiling module compiles the program code in the code layer preset by the user.
4. The apparatus according to claim 1, wherein the setting module is specifically configured to:
according to the mapping relation between the preset function branches and the attributes of the code layers, the program codes of the function branches are arranged in the code layers corresponding to the attributes, and the program codes in the corresponding code layers are respectively managed through the code layers with different attributes.
5. The apparatus of claim 4, further comprising:
and the storage module is used for serializing the program codes in all the code layers after the setting module sets the program codes of all the function branches in the code layers of the corresponding attributes, and storing the program codes in the set code layers corresponding to the local storage server and/or the set code layers corresponding to the remote storage server.
6. The apparatus of claim 4, wherein the compiling module is specifically configured to:
and sending the code layer with the user preset attribute to a corresponding function branch in a set branch server according to the mapping relation between the preset function branch and the code layer, and controlling the set branch server to compile the program code in the code layer with the user preset attribute.
7. The apparatus of claim 6, wherein the compiling module is specifically configured to:
serializing program codes in a code layer with user preset attributes to obtain a serialized code layer, and sending the serialized code layer to a set branch server;
controlling the set branch server to deserialize the program codes in the serialized code layer to obtain the program codes in the code layer with the user preset attribute;
controlling the set branch server to merge program codes in a code layer preset by a user into a corresponding function branch in the set branch server according to a mapping relation between a preset function branch and the code layer;
performing conflict judgment on the code layers merged into the corresponding functional branches in the set branch server;
if the collision is determined, alarming; otherwise, controlling the set branch server to compile the program code in the code layer of the user preset attribute.
8. A program code management method, comprising:
according to the preset mapping relation between the function branches and the code layers, setting the program codes of the function branches in the corresponding code layers so as to respectively manage the program codes in the corresponding code layers through different code layers;
and compiling the program codes in one or more code layers preset by a user.
9. The method of claim 8, wherein prior to compiling the program code in the user-preset code layer, the method further comprises:
setting the logs in the program codes of the functional branches in log layers corresponding to the functional branches so as to respectively manage the logs in the corresponding log layers through different log layers;
and storing all log layers into a set storage server, and deleting logs in the program codes of all function branches.
10. A program code manager, comprising a processor and a memory, wherein the memory is configured to store executable instructions for the processor; the processor is configured to perform the following operations:
according to the preset mapping relation between the function branches and the code layers, setting the program codes of the function branches in the corresponding code layers so as to respectively manage the program codes in the corresponding code layers through different code layers;
and compiling the program codes in one or more code layers preset by a user.
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