CN117591168A - Project management system under complex scene - Google Patents
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Abstract
The invention relates to the technical field of software development, and provides a project management system under a complex scene. Through the arrangement of each module, the original complex project management flow with poor flexibility can be processed in an online coverage full life cycle, the working efficiency of project management work is greatly improved, the project management flow is more standard, transparent, agile and flexible in operation, and real-time data synchronous real-time reminding is ensured. The project management system can meet the requirements of rapid iteration and change, realizes orderly operation of software projects under complex conditions of different batches, different versions, different operation environments and the like, and can support parallel development of multiple batches of software programs, thereby ensuring orderly progress of the software projects, improving project development efficiency and quality, and meeting the requirements of high-speed development of software industry.
Description
Technical Field
The invention relates to the technical field of software development, in particular to a project management system under a complex scene.
Background
With the explosion of the software industry, the development, testing and deployment of software is an essential part of the software industry.
Currently, with the increasing demands of users, links such as development, testing, deployment and the like in software projects become more and more complex, for example, multiple batches need to be developed in parallel, and each batch needs to face different environments. Moreover, the batch may change over time, thereby requiring a change in the environment. Meanwhile, the system also needs to be matched with various upstream and downstream systems for development and joint debugging.
Thus, numerous developers, numerous version administrators, and numerous environment administrators may be involved throughout the lifecycle of a software project. In such complex environments, existing project management, which is based on project batches, has been difficult to meet the requirements of rapid iteration and variation.
Disclosure of Invention
The invention provides a project management system in a complex scene, which is used for solving the defects in the prior art.
The invention provides a project management system under a complex scene, which comprises: the system comprises an environment management module, a version control module, a batch development module and a project reminding module;
the environment management module is used for creating and managing multi-class running environments of the software items;
the batch development module is used for developing software programs of different batches of the software project under the multi-class running environment;
the version control module is used for managing software programs of different versions of the software project under the multi-class running environment;
the project reminding module is used for tracking project progress and flow nodes of the software programs of different batches and versions of the software programs in the multi-class running environment in real time and sending reminding information.
According to the project management system under the complex scene provided by the invention, the environment management module comprises:
the hardware application unit is used for displaying a hardware application interface and receiving hardware application information;
an environment creation unit configured to create the multi-class operation environment;
the environment monitoring unit is used for monitoring the performances of the multiple types of operating environments, giving an alarm when the multiple types of operating environments are abnormal, and sending a reminding instruction to the project reminding module so that the project reminding module sends the reminding information;
the environment maintenance unit is used for maintaining software programs of different batches and versions of the software items in the multi-class operation environment;
and the state management unit is used for recording the real-time states of the multiple types of running environments.
According to the project management system under the complex scene provided by the invention, the environment management module further comprises:
the version deployment unit is used for receiving the development completion signal of the new version software program sent by the batch development module and performing environment deployment on the new version software program.
According to the project management system under the complex scene provided by the invention, the environment management module further comprises:
and the environment verification unit is used for configuring the environment verification mode and verification content of the flow node.
According to the project management system under the complex scene provided by the invention, the version control module comprises:
the version storage unit is used for storing software programs of different versions of the software items and related documents thereof;
a relationship management unit for managing relationships between software programs of different versions of the software item;
a query comparison unit for querying functions of software programs of different versions of the software item and comparing functional differences between the software programs of different versions of the software item;
the version integration unit is used for merging software programs of different versions of the software item and related documents thereof;
and the strategy customizing unit is used for customizing different version control strategies of the software item based on the customizing instruction.
According to the project management system under the complex scene provided by the invention, the version storage unit is specifically used for:
and storing software programs with different versions of the software items and related documents thereof into a GBase+TiDB database.
According to the project management system under the complex scene provided by the invention, the project reminding module comprises:
the reminding configuration unit is used for configuring a reminding mode, reminding contents and reminding time based on the configuration instruction;
the progress monitoring unit is used for monitoring the project progress and the flow nodes in real time, and sending a reminding instruction to the real-time response unit when the flow nodes meet the reminding time;
the real-time response unit is used for receiving the reminding instruction and sending the reminding information in the reminding mode and the reminding content;
and the reminding recording unit is used for recording the sending condition and the response condition of the reminding instruction.
According to the project management system under the complex scene provided by the invention, the flow nodes comprise development nodes, test nodes, repair nodes, thermal repair nodes and production nodes, and the development nodes comprise a plurality of functional nodes.
According to the project management system under the complex scene provided by the invention, the batch development module comprises:
the batch dividing unit is used for dividing the software project into development tasks of different batches;
the task allocation unit is used for allocating the development tasks;
the task monitoring unit is used for monitoring the development task;
the task cooperation unit is used for determining the associated information of the development task;
and the risk management unit is used for carrying out risk management on the development task.
According to the project management system under the complex scene provided by the invention, the project management system is built based on a flow engine technology, a multithreading technology, a distributed transaction technology and a power technology and combines an online interface scheduling mechanism and a batch scheduling mechanism.
Compared with the prior art, the invention has the following beneficial effects:
the project management system under the complex scene provided by the invention comprises an environment management module, a version control module, a batch development module and a project reminding module. Through the arrangement of each module, the original complex project management flow with poor flexibility can be processed in an online coverage full life cycle, the working efficiency of project management work is greatly improved, the project management flow is more standard, transparent, agile and flexible in operation, and real-time data synchronous real-time reminding is ensured. The project management system can meet the requirements of rapid iteration and change, realizes orderly operation of software projects under complex conditions of different batches, different versions, different operation environments and the like, and can support parallel development of multiple batches of software programs, thereby ensuring orderly progress of the software projects, improving project development efficiency and quality, and meeting the requirements of high-speed development of software industry.
Drawings
In order to more clearly illustrate the invention or the technical solutions of the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, and it is obvious to those skilled in the art that other drawings can be obtained according to these drawings without inventive effort.
FIG. 1 is a schematic diagram of a project management system provided by the present invention;
fig. 2 is a schematic diagram of a flow node in the project management system provided by the invention.
Detailed Description
For the purpose of making the objects, technical solutions and advantages of the present invention more apparent, the technical solutions of the present invention will be clearly and completely described below with reference to the accompanying drawings, and it is apparent that the described embodiments are some embodiments of the present invention, not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
Because multiple batches of software programs are being developed in parallel in complex environments involving numerous developers, numerous version administrators, and numerous environment administrators, each batch of software programs needs to be faced with different external integration environments, functional test environments, performance test environments, and business training environments. In addition, development tasks of different batches may change at any time, and the environment needs to change in real time, and also needs to be matched with various upstream and downstream systems for development and joint debugging. Existing project management, which is based on project batches, has been difficult to meet the requirements of rapid iteration and variation. Therefore, the embodiment of the invention provides a project management system under a complex scene.
Fig. 1 is a schematic structural diagram of an item management system in a complex scenario according to an embodiment of the present invention, where, as shown in fig. 1, the item management system includes: an environment management module 1, a version control module 2, a batch development module 3 and a project reminding module 4;
the environment management module 1 is used for creating and managing multi-class running environments of software items;
the batch development module 3 is used for developing software programs of different batches of the software project under the multi-class running environment;
the version control module 2 is used for managing software programs of different versions of the software project under the multi-class running environment;
the project reminding module 4 is used for tracking project progress and flow nodes of the software programs of different batches and versions of the software programs in the multi-class running environment in real time and sending reminding information.
Specifically, in the project management system under the complex scene provided in the embodiment of the invention, the managed software project can be the software project under the money laundering service scene.
The user can apply the environment management module 1 in the project management system to create and manage a multi-class execution environment for the software project. Here, the user may include an environment manager, a version manager, a developer, and the like.
The classes of the running environment can comprise an external integration environment, a functional test environment, a performance test environment and a business training environment, and each class of the running environment can comprise different states such as development, test and deployment.
The environment management module 1 is used for monitoring and maintaining various running environments, so that the management of various running environments of software items can be realized, and the stability and reliability of the running environments are further ensured.
The user can apply the batch development module 3 in the project management system to develop software programs of different batches of software projects under a multi-class running environment, so that the development of the software programs of multiple batches is realized, the development tasks of the software projects are divided into multiple batches, and each batch comprises multiple development tasks. The batch development module 3 can also monitor and manage the software tasks of each batch, ensure the smoothness and high efficiency of development progress and obtain the software programs of different batches.
The user can apply the version control module 2 in the project management system to manage the software programs of different versions of the software project under the multi-class running environment, and version update and control of the software programs are realized. The software program can be inspected and tracked through the version control module 2, and the quality and stability of the software program are ensured.
The user can apply the project reminding module 4 in the project management system to track project progress and flow nodes of software programs of different batches and versions of the software programs in a multi-class running environment in real time, and send reminding information to the user so as to remind the user of operation, and the user can be ensured to timely master the progress of the whole software project. The reminder may be triggered when the current flow node is complete, i.e. the flow is going to the next flow node.
It can be understood that when the project management system is built, commonalities and differences of the modules such as the environment management module 1, the version control module 2, the batch development module 3 and the project reminding module 4 need to be clarified, differential analysis and commonalities analysis are performed, and the project management system is built according to an analysis structure, so that collaborative work among the modules is ensured, and no conflict occurs.
In particular, when the project reminding module 4 is built, it is necessary to define the flow nodes of the software project first, and design the table and the table structure according to the complexity of the scene of the flow nodes to store the related information of the flow nodes.
The project management system under the complex scene provided by the embodiment of the invention comprises an environment management module, a version control module, a batch development module and a project reminding module. Through the arrangement of each module, the original complex project management flow with poor flexibility can be processed in an online coverage full life cycle, the working efficiency of project management work is greatly improved, the project management flow is more standard, transparent, agile and flexible in operation, and real-time data synchronous real-time reminding is ensured. The project management system can meet the requirements of rapid iteration and change, realizes orderly operation of software projects under complex conditions of different batches, different versions, different operation environments and the like, and can support parallel development of multiple batches of software programs, thereby ensuring orderly progress of the software projects, improving project development efficiency and quality, and meeting the requirements of high-speed development of software industry.
On the basis of the embodiment, the project management system is provided with the visual interface, so that a user can complete project management work according to operation guidance on the visual interface, clear understanding of the management flow of the whole software project is easy, and the work efficiency is improved.
On the basis of the above embodiment, the environment management module includes:
the hardware application unit is used for displaying a hardware application interface and receiving hardware application information;
an environment creation unit configured to create the multi-class operation environment;
the environment monitoring unit is used for monitoring the performances of the multiple types of operating environments, giving an alarm when the multiple types of operating environments are abnormal, and sending a reminding instruction to the project reminding module so that the project reminding module sends the reminding information;
the environment maintenance unit is used for maintaining software programs of different batches and versions of the software items in the multi-class operation environment;
and the state management unit is used for recording the real-time states of the multiple types of running environments.
Specifically, the environment management module 1 may include a hardware application unit, an environment creation unit, an environment monitoring unit, an environment maintenance unit, and a state management unit.
The hardware application unit can display a hardware application interface to a user, and the user can fill in the hardware application information according to the unified application template to apply for hardware. After the user submits the hardware application, the hardware application unit may receive the hardware application information.
The hardware application information may include the memory of the desired machine, middleware, home directory, etc.
A user can create multiple types of running environments through the environment creation unit according to the needs, and each running environment is independently configured with hardware resources and software resources so as to meet the requirements of software programs of different versions.
The environment monitoring unit can monitor the performance of multiple types of operation environments so as to monitor the stability of each operation environment in real time. Alarming when any running environment is abnormal, and sending a reminding instruction to the project reminding module. The reminding instruction is used for indicating the project reminding module to send reminding information to the user so that the user can timely process the problems.
Here, any operating environment occurrence anomaly may be any operating environment occurrence error or state anomaly. The reminding information can be a reminding for the abnormal condition of any running environment.
The environment maintenance unit not only can automatically maintain software programs of different batches and versions of the software project in a multi-class operation environment, but also can maintain the software project after receiving a maintenance instruction of a user, and the environment maintenance unit is not particularly limited herein.
Maintenance operations may include software upgrades, patch installations of the system, adjustments to security settings, etc., to ensure the stability and security of each operating environment.
The state management unit can automatically record the real-time state of each running environment, including the installed software version, the resource use condition of the system and the like, so as to help the user to know the condition of each running environment and make development decisions according to the condition.
In the embodiment of the invention, due to the arrangement of the hardware application interface, standardized hardware application information can be obtained, and hardware resources are provided for the operation environment. Moreover, through the setting of the environment creation unit, the environment monitoring unit, the environment maintenance unit and the state management unit, the automatic creation, monitoring, maintenance and state recording of the running environment can be realized, and the automation of project management is ensured.
On the basis of the above embodiment, the environment management module further includes:
the version deployment unit is used for receiving the development completion signal of the new version software program sent by the batch development module and performing environment deployment on the new version software program.
Specifically, in the embodiment of the present invention, the environment management module may further include a version deployment unit, where the version deployment unit may receive a development completion signal of a new version software program sent by the batch development module, and the development completion signal of the new version software program may be automatically triggered by the version control module after the development of the new version software program is completed.
After receiving the development completion signal, the version deployment unit can deploy the new version software program into the corresponding running environment according to the preset rule.
In the embodiment of the invention, the batch development module is matched with the version control module to realize accurate deployment and update of software programs of different versions in each running environment.
On the basis of the above embodiment, the environment management module may include an environment verification module, and through an environment verification unit, the environment verification mode and verification content of each flow node are configured, so that a user may query the environment verification mode and verification content of each flow node to perform environment verification, so as to ensure good performance of each running environment.
On the basis of the above embodiment, the version control module includes:
the version storage unit is used for storing software programs of different versions of the software items and related documents thereof;
a relationship management unit for managing relationships between software programs of different versions of the software item;
a query comparison unit for querying functions of software programs of different versions of the software item and comparing functional differences between the software programs of different versions of the software item;
the version integration unit is used for merging software programs of different versions of the software item and related documents thereof;
and the strategy customizing unit is used for customizing different version control strategies of the software item based on the customizing instruction.
Specifically, the version control module may include a version storage unit, a relationship management unit, a query comparison unit, a version integration unit, and a policy customization unit.
The version store may be used to store different versions of the software program and its associated documents for facilitating subsequent tracking, management and comparison of the different versions of the software program.
The relationship management unit may be used to manage relationships between software programs of different versions of a software item, such as parent-child versions, branch versions, etc., in order to track and compare code changes between software programs of different versions.
The query comparison unit can be used for querying the functions of the software programs of different versions of the software items and comparing the functional differences among the software programs of different versions of the software items so as to help a user to quickly know the code change and change history.
The version integration unit may be used to combine software programs of different versions of the software item and their related documents to achieve integration of the code and integration of the software.
The policy customization unit may receive user customization instructions that characterize different customization needs of the user. And after receiving the customizing instruction, the strategy customizing unit can customize different version control strategies of the software program according to the customizing instruction so as to ensure that development and updating among software programs of different versions are smoothly carried out. The version control policy may include a branching policy, a merging policy, and the like.
In the embodiment of the invention, the analysis of software programs with different versions can be realized through the unit configuration of the version control module, so that the user can reasonably manage the software project.
On the basis of the above embodiment, the version storage unit is specifically configured to:
and storing software programs with different versions of the software items and related documents thereof into a GBase+TiDB database.
Specifically, in the embodiment of the invention, software programs with different versions and related documents thereof can be stored in a distributed relational database, for example, a GBase+TiDB database, so that high-efficiency reading and writing of data are ensured.
On the basis of the above embodiment, the item reminding module includes:
the reminding configuration unit is used for configuring a reminding mode, reminding contents and reminding time based on the configuration instruction;
the progress monitoring unit is used for monitoring the project progress and the flow nodes in real time, and sending a reminding instruction to the real-time response unit when the flow nodes meet the reminding time;
the real-time response unit is used for receiving the reminding instruction and sending the reminding information in the reminding mode and the reminding content;
and the reminding recording unit is used for recording the sending condition and the response condition of the reminding instruction.
Specifically, the project reminding module may include a reminding configuration unit, a progress monitoring unit, a real-time response unit, and a reminding recording unit.
The reminding configuration unit can receive the configuration instruction of the user and configure the reminding mode, the reminding content and the reminding time after receiving the configuration instruction.
The reminding mode can comprise mail notification, short message notification, voice call and the like.
The reminding content can be customized according to the actual demands of the user, such as reminding time, reminding content, reminding objects and the like.
The reminding time can be automatically calculated and planned according to the project progress and the plan, for example, a reminding instruction can be sent before the process node of the project arrives, so that the project is guaranteed to be completed on time.
The progress monitoring unit can monitor the project progress and the flow nodes in real time, and sends a reminding instruction to the real-time response unit when the flow nodes meet the reminding time. And (3) by collecting and analyzing project data, knowing the project progress condition and judging whether reminding is needed. Here, the reminding mechanism may be configured for each flow node, or may be configured only for the key nodes in the project flow, and the reminding mechanism may not be triggered for the non-key nodes in the target flow.
The real-time response unit can receive the reminding instruction and send reminding information to the user in a reminding mode and reminding content. The reminding information comprises reminding content. For example, the user can be ensured to obtain reminding information at the first time by automatically replying to the mail, making a call and the like, and corresponding measures can be taken in time.
The reminding recording unit can record the sending condition and the response condition of the reminding instruction, and can help a user to track the progress of the project, and timely discover and solve the problem. The transmission condition may include information such as a transmission time, a transmission state, and a reception target.
In the embodiment of the invention, the reminding function of the user can be realized through the unit configuration of the project reminding module, so that the user can conveniently and timely master the development progress of the software project.
On the basis of the above embodiment, as shown in fig. 2, the flow nodes include a development (development) node, a test (release) node, a repair (bugfix) node, a thermal repair (hotfix) node, and a production (master) node.
In one aspect, the production node then reaches a development node, a test node, and a repair node in sequence, where the development node includes a number of feature nodes. All functional nodes contained in the development node enter the test node after the completion.
On the other hand, the thermal restoration node is directly performed after the node is produced.
The project management system may present all flow nodes of the software project to the user via a visual interface and highlight the current node where the software program being developed is located. Here, the completed nodes of the software program being developed may be displayed in gray, and the nodes to be completed after the current node may be displayed in bright color.
On the basis of the above embodiment, the batch development module includes:
the batch dividing unit is used for dividing the software project into development tasks of different batches;
the task allocation unit is used for allocating the development tasks;
the task monitoring unit is used for monitoring the development task;
the task cooperation unit is used for determining the associated information of the development task;
and the risk management unit is used for carrying out risk management on the development task.
Specifically, the batch development module comprises a batch dividing unit, a task distributing unit, a task monitoring unit, a task cooperation unit and a risk management unit.
The batch dividing unit can divide the software project into development tasks of different batches according to a certain rule so as to facilitate management.
The task allocation unit can automatically match skills and task performances of developers, and allocate development tasks of different batches to different developers so as to ensure reasonable utilization of resources.
The task monitoring unit can monitor the development task; the batch development module monitors the tasks of each batch in real time, and knows the task progress and state of each batch so as to find and solve the problems in time.
The task cooperation unit can determine the associated information of the development tasks so as to support cooperation and communication among development tasks of different batches, so that information sharing and transmission among developers are facilitated, and development efficiency is improved.
The risk management unit can perform risk management on the development task, discover and evaluate potential risks in time, and take corresponding measures to control, so that the quality and stability of software development are ensured.
According to the embodiment of the invention, the unit configuration of the batch development module can realize batch management of development tasks, so that the software projects can conveniently develop orderly according to batches.
Based on the above embodiment, the project management system is built based on a flow engine technology, a multithreading technology, a distributed transaction technology and a power technology, and combines an online interface scheduling mechanism and a batch scheduling mechanism.
Specifically, in the embodiment of the invention, a java is utilized to write a lightweight flow engine, parallel management of different software programs is realized through a multithreading technology, a distributed transaction technology and a batch scheduling mechanism, the influence generated in the parallel management process of the different software programs is controlled through a power technology, real-time transmission of data in the parallel management process is realized through an online interface scheduling mechanism, the original complex project management flow with poor flexibility is subjected to online processing, the working efficiency of project management work is greatly improved, the project management flow is more standard, transparent, agile and flexible to operate, and real-time data synchronous and real-time reminding is ensured.
The apparatus embodiments described above are merely illustrative, wherein the elements illustrated as separate elements may or may not be physically separate, and the elements shown as elements may or may not be physical elements, may be located in one place, or may be distributed over a plurality of network elements. Some or all of the modules may be selected according to actual needs to achieve the purpose of the solution of this embodiment. Those of ordinary skill in the art will understand and implement the present invention without undue burden.
From the above description of the embodiments, it will be apparent to those skilled in the art that the embodiments may be implemented by means of software plus necessary general hardware platforms, or of course may be implemented by means of hardware. Based on this understanding, the foregoing technical solution may be embodied essentially or in a part contributing to the prior art in the form of a software product, which may be stored in a computer readable storage medium, such as ROM/RAM, a magnetic disk, an optical disk, etc., including several instructions for causing a computer device (which may be a personal computer, a server, or a network device, etc.) to execute the method described in the respective embodiments or some parts of the embodiments.
Finally, it should be noted that: the above embodiments are only for illustrating the technical solution of the present invention, and are not limiting; although the invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical scheme described in the foregoing embodiments can be modified or some technical features thereof can be replaced by equivalents; such modifications and substitutions do not depart from the spirit and scope of the technical solutions of the embodiments of the present invention.
Claims (10)
1. A project management system in a complex scenario, comprising: the system comprises an environment management module, a version control module, a batch development module and a project reminding module;
the environment management module is used for creating and managing multi-class running environments of the software items;
the batch development module is used for developing software programs of different batches of the software project under the multi-class running environment;
the version control module is used for managing software programs of different versions of the software project under the multi-class running environment;
the project reminding module is used for tracking project progress and flow nodes of the software programs of different batches and versions of the software programs in the multi-class running environment in real time and sending reminding information.
2. The project management system in a complex scenario of claim 1, wherein the environment management module comprises:
the hardware application unit is used for displaying a hardware application interface and receiving hardware application information;
an environment creation unit configured to create the multi-class operation environment;
the environment monitoring unit is used for monitoring the performances of the multiple types of operating environments, giving an alarm when the multiple types of operating environments are abnormal, and sending a reminding instruction to the project reminding module so that the project reminding module sends the reminding information;
the environment maintenance unit is used for maintaining software programs of different batches and versions of the software items in the multi-class operation environment;
and the state management unit is used for recording the real-time states of the multiple types of running environments.
3. The project management system in a complex scenario of claim 2, wherein the environment management module further comprises:
the version deployment unit is used for receiving the development completion signal of the new version software program sent by the batch development module and performing environment deployment on the new version software program.
4. The project management system in a complex scenario of claim 2, wherein the environment management module further comprises:
and the environment verification unit is used for configuring the environment verification mode and verification content of the flow node.
5. The project management system in a complex scenario of claim 1, wherein the version control module comprises:
the version storage unit is used for storing software programs of different versions of the software items and related documents thereof;
a relationship management unit for managing relationships between software programs of different versions of the software item;
a query comparison unit for querying functions of software programs of different versions of the software item and comparing functional differences between the software programs of different versions of the software item;
the version integration unit is used for merging software programs of different versions of the software item and related documents thereof;
and the strategy customizing unit is used for customizing different version control strategies of the software item based on the customizing instruction.
6. The project management system in complex scenarios according to claim 5, wherein the version store unit is specifically configured to:
and storing software programs with different versions of the software items and related documents thereof into a GBase+TiDB database.
7. The system for project management in complex scenarios according to claim 1, wherein the project reminder module comprises:
the reminding configuration unit is used for configuring a reminding mode, reminding contents and reminding time based on the configuration instruction;
the progress monitoring unit is used for monitoring the project progress and the flow nodes in real time, and sending a reminding instruction to the real-time response unit when the flow nodes meet the reminding time;
the real-time response unit is used for receiving the reminding instruction and sending the reminding information in the reminding mode and the reminding content;
and the reminding recording unit is used for recording the sending condition and the response condition of the reminding instruction.
8. The project management system in a complex scenario of claim 7, wherein the flow nodes comprise a development node, a test node, a repair node, a thermal repair node, and a production node, the development node comprising a number of functional nodes.
9. The project management system under complex scenarios according to any one of claims 1-8, characterized in that the batch development module comprises:
the batch dividing unit is used for dividing the software project into development tasks of different batches;
the task allocation unit is used for allocating the development tasks;
the task monitoring unit is used for monitoring the development task;
the task cooperation unit is used for determining the associated information of the development task;
and the risk management unit is used for carrying out risk management on the development task.
10. The project management system according to any of claims 1-8, wherein the project management system is built based on flow engine technology, multi-threaded technology, distributed transaction technology, and power technology, in combination with online interface scheduling mechanism and batch scheduling mechanism.
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