TWI667613B - Front-end integration development management system and method thereof - Google Patents

Abstract

The invention discloses a front-end integrated development management system and a method thereof, the system comprising a server device and an electronic device. The server device includes a transceiver module and a processing module, and the processing module is electrically connected to the transceiver module. The electronic device is connected to the transceiver module and stores an integrated development program and an application. After the integrated development program is triggered, the integrated development program displays an integrated development interface through the display module of the electronic device. The integrated development interface displays a program listing message that includes a program option. Wherein, when the program option is touched, the integrated development program performs an integration process on the application to generate an integration program; and the processing module receives the integration program and determines that the integration program passes the authentication In the condition, the processing module generates a submitting message and authenticates, and then transmits the authenticated message to different electronic devices via the transceiver module.

Description

Front-end integrated development management system and method thereof

The present invention relates to an application management system and method thereof, and more particularly to a front-end integrated development environment system and method for developing an application APP, and the system and method can be run in a plurality of operating system environments, and the written program APP can also be distributed and run in a variety of operating system environments through the cloud platform.

With the popularity of smart phones in recent years, smart phone apps have gradually emerged. The familiar development platform is used to develop a wide variety of materials, archives, and resources, and has been widely used in various fields. Traditionally, a development platform is built using programming languages (such as C, C++, JAVA, C#) and uses the corresponding framework to aid development. Development platforms built in this way are often executed on a personal computer (PC). Users need to be able to use the steps of downloading, installing, setting, and executing. In addition, the user needs to pay attention to whether there is a corresponding environment on the personal computer and execute the development platform. Therefore, the development platform is difficult to execute on different execution platforms, so that the user needs to spend time and labor to build the environment and settings of the development platform.

As described above, the inventors of the present invention contemplate and design a front-end integrated development management system and method thereof, in order to improve the lack of the prior art, thereby enhancing production. Implementation and utilization in the industry.

In view of the above-mentioned problems of the prior art, it is an object of the present invention to provide a front-end integrated development management system and method thereof to solve the shortcomings of the prior art.

In accordance with the purpose of the present invention, a front-end integrated development management system is provided that includes a server device and at least one electronic device. The server device includes a transceiver module and a processing module, and the processing module is electrically connected to the transceiver module. The at least one electronic device communicates with the transceiver module, and stores the integrated development program and the at least one application program. After the integrated development program is triggered, the integrated development program displays the integrated development interface through the display module of at least one electronic device, and integrates the development. The interface displays a program listing message that includes at least one program option. Wherein, when at least one program option is touched, the integrated development program executes an integration program for at least one application to generate an integration program; and, when the processing module receives the integration program and determines that the integration program passes the authentication condition, the processing module The group generates a review message and transmits the review message to the at least one electronic device via the transceiver module.

Preferably, the integrated development program displays the user interface when the at least one electronic device receives the review message.

Preferably, the user interface may include a new option for the project. When the new option of the project is touched, the user interface displays the programming development writing interface.

Preferably, at least one electronic device can have an input module, and when the programming development writing interface completes receiving at least one language message generated by the input module being touched, the integrated development program generates another application.

Preferably, after the integrated development program is triggered, the integrated development program is The display module displays the integrated development interface, the integrated development interface includes a user interface, and the user interface can display a new option for the project. When the new option of the project is touched, the user interface displays the program development writing interface; and at least one The electronic device has an input module, and the integrated development program generates at least one application when the program development writing interface completes receiving at least one language message generated by the input module being touched.

According to the purpose of the present invention, a front-end integrated development management method is further provided, which comprises the steps of: displaying an integrated development interface through a display module of at least one electronic device by triggering an integrated development program, and integrating the development interface to display a program list message. Having at least one program option; by tapping at least one program option to enable the integrated development program to execute an integration program for at least one application to generate an integration program; and using the processing module to receive the integration program and determining the integration program to pass the authentication condition The processing module generates a review message and transmits the review message to the at least one electronic device via the transceiver module.

Preferably, the front-end integrated development management method further comprises the steps of: receiving the review message by using at least one electronic device, so that the integrated development program displays the user interface.

Preferably, the front-end integrated development management method further comprises the steps of: adding a new option to the program in the user interface to enable the user interface to display the program development writing interface.

Preferably, the front-end integrated development management method further comprises the following steps: The at least one language message generated by the receiving input module being touched is completed by the programming development writing interface, so that the integrated development program generates another application.

Preferably, in the step of triggering the integrated development program to display the integrated development interface, the following steps may be further included: displaying the user interface through the integrated development interface, displaying a new option for the user interface; adding a new option through the touch project In order to enable the user interface to display the program development writing interface; and use the program development writing interface to complete at least one language message generated by the receiving input module being touched, and the integrated development program generates at least one application.

As described above, the front-end integrated development management system and the method of the present invention provide a front-end integrated development environment tool for a user to develop an application APP by utilizing various components, and the tool (ie, an integrated development program) can be operated in various types. Operating system environment, such as windows, OSX, iOS, android, linux, etc., and the written program APP can also be distributed and run in a variety of operating system environments through the cloud platform, achieving the benefits of one development and multiple device environments, which can save a lot of money. Develop human resources and resources. Furthermore, in order to speed up the development process and time, users can use the cloud business platform to trade the functional components needed to develop applications, and promote the effects of program re-use and re-locate.

1‧‧‧ front-end integrated development management system

10‧‧‧Servo device

100‧‧‧ transceiver module

101‧‧‧Processing module

101A‧‧‧Submission message

11‧‧‧Electronic devices

11A‧‧‧ integrated development program

11B‧‧‧Application

11C‧‧‧ integrated development interface

11D‧‧‧Program list message

11E‧‧‧Program Options

11F‧‧‧ integration program

11G‧‧‧user interface

11H‧‧‧ new options for the project

11I‧‧‧Program development writing interface

110‧‧‧ display module

111‧‧‧Input module

S20~S60, S201~S211, S301~S307, S501~S506, S600~S642, A~C‧‧‧ steps

1 is a block diagram of an embodiment of a front-end integrated development management system of the present invention.

Figure 2 is the first flow chart of the front-end integrated development management method of the present invention.

Figure 3 is a second flow chart of the front-end integrated development management method of the present invention.

Figure 4 is a third flow chart of the front-end integrated development management method of the present invention.

Figure 5 is a fourth flow chart of the front-end integrated development management method of the present invention.

Figure 6 is a fifth flow chart of the front-end integrated development management method of the present invention.

Figure 7 is a sixth flow chart of the method for managing integrated development at the front end of the present invention.

Figure 8 is a seventh flow chart of the method for managing integrated development at the front end of the present invention.

Figure 9 is an eighth flowchart of the front-end integrated development management method of the present invention.

The technical features, contents, and advantages of the present invention, as well as the advantages thereof, can be understood by the present inventors, and the present invention will be described in detail with reference to the accompanying drawings. The subject matter is only for the purpose of illustration and supplementary description. It is not necessarily the true proportion and precise configuration after the implementation of the present invention. Therefore, the scope and configuration relationship of the attached drawings should not be limited to the scope of patent application of the present invention. Narration.

The embodiments of the front-end integrated development management system and the method thereof according to the present invention will be described below with reference to the related drawings. For the sake of understanding, the same components in the following embodiments are denoted by the same reference numerals.

Please refer to FIG. 1 to FIG. 9 , which are block diagrams of an embodiment of a front-end integrated development management system of the present invention, and a first flowchart to an eighth flowchart of a development management method integrated with the front end of the present invention. As shown, the front-end integrated development management system 1 includes a server device 10 and at least one electronic device 11. The server device 10 includes a transceiver module 100 and a processing module 101. The processing module 100 is electrically connected to the transceiver module 101. At least one electronic device 11 is communicatively coupled to the transceiver module 100, and stores the integrated development program 11A and at least one application 11B. After the integrated development program 11A is triggered, the integrated development program 11A transmits at least one The display module 110 of the electronic device 11 displays the integrated development interface 11C, and the integrated development interface 11C displays the program list message 11D, which includes at least one program option 11E. When the at least one program option 11E is touched, the integrated development program 11A performs an integration process on the at least one application 11B to generate the integration program 11F; and the processing module 101 receives the integration program 11F and determines the integration program 11F. When the authentication condition is passed, the processing module 101 generates a review message 101A and transmits the review message 101A to the at least one electronic device 11 via the transceiver module 100. The integrated development program 11A can be a development tool (IDE) for developing a tool for a cross-platform application, which is developed by another development tool, and the same code can be translated into the same code through the integrated development program 11A of the present invention. The native code on different platforms enables it to run on different platforms. For example, the integrated development program 11A of the present invention can develop programs in the IOS and Android environments in addition to the windows and MAC platforms. It can be run on the platform in which the invention has been installed without being packaged. The conventional development tools can only be developed in the windows or MAC environment, and the code needs to be packaged into the installation file of the target platform and put on the shelf after development, and the target platform can be run after downloading the installation file and installing it. On the target platform.

Moreover, the front-end integrated development management method of the present invention comprises the following steps: Step A: triggering the integrated development program to display the integrated development interface through the display module of at least one electronic device, and integrating the development interface to display the program list information. Include at least one program option; Step B: by tapping at least one program option to enable the integrated development program to execute an integration program for at least one application to generate an integration program; and Step C: receiving the integration program using the processing module and determining integration When the program passes the authentication condition, the processing module generates a review message and authenticates with the server device, and then transmits the authenticated review message to the at least one electronic device via the transceiver module.

Specifically, the front-end integrated development management system 1 of the present invention includes a server device 10 and at least one electronic device 11, and the server device 10 can be a cloud server. The electronic device 11 can be a computer of various forms or can be portable. Electronic products, such as tablets or smart phones, are not particularly limited. The server device 10 includes a transceiver module 100 and a processing module 101. The transceiver module 100 is configured to communicate with the electronic device 11 to receive or send messages, and the processing module 101 can be a processor, such as a CPU. The electronic device 11 (in this embodiment, the computer is taken as an example, but not limited thereto) also has a storage device (such as a hard disk, a memory, etc.) and a processing device (such as a CPU), which is a conventional technology. No longer stated, nor specially shown. The electronic device 11 stores the integrated development program 11A and the at least one application program 11B. After the operator opens the integrated development program 11A via the keyboard or the mouse, the electronic device 11 is connected to the server device 10, and the server device 10 is opposite. The application software corresponding to the integrated development program 11A is also stored.

When the integrated development program 11A is executed, the integrated development interface 11C (home page) is displayed through the display module 110 (such as a general display), and the integrated development interface 11C displays the program list message 11D, such as the application stored in the electronic device 11. The list includes at least one program option 11E, and the program option 11E corresponds to the application 11B. Among them, between the implementation of the integrated development program 11A to the display integrated development interface 11C, the following steps are further included.

After the operator executes the integrated development program 11A (step S20), the program determines whether it is the first time to open (step S201), and if so, loads the cover pattern of the machine (step S202), and then enters It is determined whether there is a connection with the server device 10 (step S203); if it is not the first time, the process proceeds to step S203. In step S203, if it is connected to the server device 10, the relevant necessary information (such as config, Lang.zh-cn, Lang.en, Lang.zh-tw, tbPkgDetail.xdb, tbPkgFormat.xdb, tbPkgMaster.xdb), and judge the version of the integrated development program 11A and the server device 10 stores whether the corresponding application software version matches (step S204), if not, it determines whether update is to be performed (step S205), when the operator selects "Yes", then updates (such as step S206), and After the update, the integrated development program 11A is closed (step S207), and when the operator selects "No", the integrated development program 11A will again ask whether it is to be updated (step S208). At this time, if the operator selects "Yes" Steps S206 and S207 are also performed in sequence, and if the operator selects "NO", the process proceeds to step S209. If the version of the integrated development program 11A matches the corresponding application software version in the server device 10, the process proceeds to Step S209.

In step S209, the integrated development program 11A determines whether there is a login, and if not, enters the login interface (step S210), and then determines whether the account is correct (step S211), after login, the account and password are stored. In the config.ini; if it is determined that there is a login, the process proceeds to step S211. In step S211, it is determined whether the account number is correct. If the account number is correct, the integrated development interface 11C is entered (step S30). If the account number is incorrect, the process proceeds to step S210. It is worth mentioning that, in step S203, if it is not connected to the server device 10, it is determined that the server device 10 cannot be connected. Then, the integrated development program 11A determines whether or not the user has logged in by using the offline login method. (Step S212), if yes, proceed to step S30; if not, close the integrated development program 11A.

Further, in step S210, the following steps are further included. When the login account is authenticated (step S2101), the server device 10 is authenticated, and the server device 10 determines whether it is a legitimate user (step S2102). If yes, a packet transmission is established (step S2103). Then, it is determined whether the format of the received packet is correct (step S2104). If it is correct, the database (My sql) of the server device 10 is queried (step S2105), and it is determined whether the data is found (such as the step). S2106), whether or not the data is found, the packet is sent back to the electronic device 11 (step S2107), and the MWClient of the electronic device 11 is parsed and parsed, and the integrated development interface is 11C. Presented on. In step S2104, if the format is incorrect, the packet is sent back to the electronic device 11 (step S2108), the packet contains an error code, and the packet is parsed by the MWClient of the electronic device 11, and then parsed and presented on the integrated development interface 11C. . In step S2102, if the user is not a legitimate user, the packet is returned to the electronic device 11 (step S2109), the packet contains an error code, and the packet is parsed by the MWClient of the electronic device 11, and the packet is parsed in the integrated development interface 11C. Presented on. It is worth mentioning that the account login mode is that the electronic device 11 communicates with the server device 10 by using MWClient (TCP), and after the server device 10 confirms that the packet is ok, the data query operation is performed on the database.

In succession, after the integrated development interface 11C is displayed, when the operator clicks on the program option 11E, the integrated development program 11A executes an integration program on the application 11B to generate the integration program 11F. Then, the electronic device 11 transmits the application 11B to the server device 10 via the transceiver module 100. After receiving the integration program 11F, the processing module 101 determines whether the integration program 11F has passed the authentication condition. If so, the processing module 101 The integration program 11F is reviewed and a review message 101A is generated. Then, the review message 101A is transmitted to the electronic device 11 via the transceiver module 100. The following steps are further included between the display integration development interface 11C and the display delivery review message 101A to the electronic device 11.

In step S30, the integrated development interface 11C is displayed, and all the files in the C:\Users\computer name\Documents\sndIDE\Accounts\ account\Apps\InstallApps are read, and then the process proceeds to step S301 to display the program list message 11D and Program option 11E. At this time, the operator can select to open or delete the application (such as step S302), when the operator clicks on the program option 11E, it means that the application 11B is opened (as in step S303), and the integration process is performed (such as step S40); When the operator presses the program option 11E, it means that the application 11B is to be deleted. At this time, the pattern of the application 11B is shaken and the button of "X" is displayed (step S304), that is, the operator selects whether or not to Delete (step S305), if the operator clicks the button of "X", the application 11B It will be cleared from the program list message 11D (step S306), and if the operator chooses not to delete the application 11B (the selection method is a conventional technique, which will not be specifically described herein), the process returns to step S301. It is worth mentioning that after proceeding to step S30, the operator can also click on the project library in the integrated development interface 11C (step S307), and read in C:\Users\computer name\Documents\sndIDE\Accounts \All files in the account\Apps\InstallApps, and proceed to step S301.

In step S40, the integrated development program 11A executes an integration program for the application 11B, that is, executes an IDE (Integrated Development Environment) for the application 11B, including executing "CreateFrame_IDE", "http://store.sound.com.tw /download/pospre.php(get cloud list)", "Use thread to clear, update, and delete local sql" and "local and cloud to clear unfinished projects" and display them on the integrated development interface 11C. Next, the review procedure is entered (step S50).

In step S50, compiling by the electronic device 11 (step S501), and determining whether the compilation is successful by the integrated development program 11A (step S502), if the compilation is successful (such as step S503), generating the integration program 11F, and It is transmitted to the server device 10 for authentication. At this time, the server device 10 determines whether there is the same application (APP) (such as step S504), that is, whether the same application (APP) already exists in the mall, and if not, the authentication condition is generated, and the review message is generated. 101A is transmitted to the electronic device 11 (step S505); if the same application (APP) exists, the submitting message 101A is also generated and transmitted to the electronic device 11. However, if the compilation fails in step S502 (step S506), the process returns to step S30. It is worth mentioning that the method of submitting the test is that the electronic device 11 communicates with the server device 10 by using MWClient (TCP), and after confirming that the packet is no problem, the server device 10 performs a data query operation on the database to find whether the project has the same name. .

In a preferred embodiment, when the at least one electronic device 11 receives the review message 101A, the integrated development program 11A displays the user interface 11G accordingly. The user interface 11G may include a project new option 11H. When the project new option 11H is touched, the user interface 11G displays the program development writing interface 11I. Moreover, the at least one electronic device 11 can have an input module 111. When the program development writing interface 11I completes at least one language message generated by the receiving input module 111 being touched, the integrated development program 11A generates another application.

In contrast, the front-end integrated development management method of the present invention may further comprise the steps of: receiving the review message by using at least one electronic device, so that the integrated development program displays the user interface; and adding an option by tapping the project in the user interface. In order to enable the user interface to display the programming development writing interface; the programming development writing interface completes receiving at least one language message generated by the input module being touched, so that the integrated development program generates another application.

For example, after step S40, the integrated development interface 11C is presented and the display user interface 11G is displayed (step S60). Further, the user interface 11G includes a plurality of function options, such as a project new option 11H, a project upload option, a project download option, a project open option, a project deletion option, and the like. In this embodiment, only the project is newly added. Option 11H, the remaining function options can be designed and implemented by referring to the project's new option 11H and the usual knowledge in the field. After the operator clicks on the new item 11H (such as step S620), the input module 111 (such as a keyboard) can input the information such as the project type, the project name, the release name, the project size, and the like, and confirm whether the information format is correct (for example, Step S621), confirmed as correct, then in C:\Users\computer name\Documents\sndIDE\Accounts\ account\Projects to create project.book and project folder, use XOR to encrypt, and enter the program development writing interface 11I ( That is, the screen is written, as in step S622), the operator can write the programming language through the input module 111, and generate an application (APP); if the confirmation is not correct, the related prompt message is displayed through the user interface 11G (step S623). ).

When the operator clicks the project open option (step S630), the program development writing interface 11I is entered (step S622). If you click the project deletion option (such as step S640), the corresponding project will be deleted in C:\Users\computer name\Documents\sndIDE\Accounts\Account\Projects (step S641), and in the user interface 11G Presented (as in step S642).

When the operator clicks the project upload option (step S600), the electronic device 11 uses the idhttp component POST data to the PHP (servo device 10) to perform the storage operation, and the server device 10 determines the access method (such as the step). S601), if the file type is ICON, CODE, save the file through the PHP syntax (such as step S602), and then determine whether it is an account folder (step S603), and if so, enter the folder to find the data (step S604), And updating or accessing the data (step S605); if not, creating an account folder (step S606). When the file type is a text type, it is stored in the database (My SQL database) of the server device 10 through the php syntax (step S607), and then it is determined whether there is a data field (step S608), and if so, Update the data (step S609); if not, add the data (step S610).

If the operator clicks the project download option (step S611), the electronic device 11 uses the idhttp component GET data to the PHP (servo device 10) to perform the storage operation, and the server device 10 collects the operator on the server. The database of the device 10 (My SQL) is associated with the project data stored on the server device 10, such as an account folder (step S612), and then the file is retrieved and transmitted back to the electronic device 11 (step S613).

It is worth mentioning that after the electronic device 11 is connected with the server device 10, the download, delete, access, and file update and necessary files of the project are all post or get through the php method. Moreover, the operator can also connect the electronic device 11 to the server device 10, and the server device 10 downloads components for creating the application, for example, by the server. The mall of the device 10 purchases and downloads various buttons, buttons or images for designing an application interface, so that the operator can create and edit a personalized application interface through the integrated development program 11A.

In another preferred embodiment, after the integrated development program 11A is triggered, the integrated development program 11A displays the integrated development interface 11C through the display module 110, and the integrated development interface 11C includes the user interface 11G, and the user interface 11G can be The program addition option 11H is displayed. When the project new option 11H is touched, the user interface 11G displays the program development writing interface 11I; and at least one electronic device has an input module 111, and the program development writing interface 11I completes the reception. When the input module 111 is touched by the generated at least one language message, the integrated development program 11A generates at least one application 11B. In contrast, the front-end integrated development management method of the present invention, in the step A of triggering the integrated development program and displaying the integrated development interface, may further include the following steps: displaying the user interface through the integrated development interface, and displaying the new option of the user interface through the user interface. Adding an option through the touch project to enable the user interface to display the program development writing interface; and using the program development writing interface to complete at least one language message generated by the receiving input module being touched, and causing the integrated development program to generate at least one application.

That is, the front-end integrated development management system 1 of the present invention may further after the electronic device 11 executes the integrated development program 11A (ie, step S20), and may skip step S201 to step S40 or step S50, and directly proceed to step S60. The user interface 11G is displayed to provide an operator with a direct option to add a project option 11H, a project upload option, a project download option, a project open option, or a project delete option.

In summary, the front-end integrated development management system and the method of the present invention mainly provide a user with program development on any platform through a well-designed front-end program (ie, integrated development program), and the functions include: interface design and layout. , code editing (edit) and compile (compile), so that users can use the familiar operating system environment to run programs Development work. The above-mentioned cross-operating system coverage includes at least: windows, OSX, iOS, android, linux, etc., but not limited to this.

Moreover, the user can execute the integrated development program and edit the translated application in different operating system environments, that is, the program code can be run in a plurality of heterogeneous operating system environments only by writing one version; The architecture mechanism is to distribute the compiled Binary executable files to different operating system environments via the cloud platform, and then use the execution engine installed on each device to rectify the CPU and GPU high-speed computing capabilities. The effect of an application running perfectly in different operating system environments.

The above is intended to be illustrative only and not limiting. Any equivalent modifications or alterations to the spirit and scope of the invention are intended to be included in the scope of the appended claims.

Claims (10)

A front-end integrated development management system, comprising: a server device, comprising: a transceiver module; and a processing module electrically connected to the transceiver module; and at least one electronic device, and the transceiver module a communication link, and storing an integrated development program and at least one application, after the integrated development program is triggered, the integrated development program displays an integrated development interface through one of the at least one electronic device display module, the integrated development interface Displaying a program list message including at least one program option; wherein, when the at least one program option is touched, the integrated development program performs an integration process on the at least one application to generate an integration program; When the processing module receives the integration program and determines that the integration program passes an authentication condition, the processing module generates a delivery message and transmits the review message to the at least one electronic device via the transceiver module; Wherein the integrated development program translates the code of the at least one application into a plurality of natives corresponding to the plurality of platforms The integrated development interface includes a user interface, and the user interface includes a project uploading option and a project downloading option. When the project uploading option is clicked, the electronic device transmits the project data to an account data of the server device. The folder is stored. When the program download option is clicked, the server device retrieves the project data from the account folder and transmits the data to the electronic device. The front-end integrated development management system as described in claim 1, wherein the integrated development process is performed when the at least one electronic device receives the review message The user interface is then displayed. For example, the front-end integrated development management system described in claim 2, wherein the user interface includes a new item option, and when the new option of the project is touched, the user interface displays a program development and writing. interface. The front end integrated development management system according to claim 3, wherein the at least one electronic device has an input module, and the program development writing interface completes receiving at least one language generated by the input module being touched. In the case of a message, the integrated development program generates another application. For example, the front-end integrated development management system described in claim 1 is characterized in that after the integrated development program is triggered, the integrated development program displays the integrated development interface through the display module, and the integrated development interface includes the user. The user interface displays a new option for the project. When the new option of the project is touched, the user interface displays a program development writing interface; and the at least one electronic device has an input module. The integrated development program generates the at least one application when the program development writing interface completes receiving at least one language message generated by the input module being touched. A front-end integrated development management method includes the following steps: triggering an integrated development program to display an integrated development interface through a display module of at least one electronic device, wherein the integrated development interface displays a program list message, which includes At least one program option; generating an integration program by tapping the at least one program option to cause the integrated development program to perform an integration process on at least one application; When the processing module receives the integration program and determines that the integration program passes an authentication condition, the processing module generates a review message and transmits the review message to the at least one electronic device via a transceiver module; The integrated development program translates the at least one application code into a plurality of native codes corresponding to the plurality of platforms, the integrated development interface includes a user interface, and the user interface includes a project upload option and a project download Option, when clicking the project upload option, the electronic device transmits the project data to an account folder of the server device for storage, and when the project download option is clicked, the server device captures the project data from the account folder. Return the electronic device. The front-end integrated development management method as described in claim 6 further includes the step of: receiving, by the at least one electronic device, the review message, so that the integrated development program displays the user interface. For example, the front-end integrated development management method described in claim 7 further includes the following steps: adding a option by tapping one of the user interfaces to enable the user interface to display a program development writing interface. For example, the front-end integrated development management method described in claim 8 further includes the following steps: the programming development writing interface completes receiving at least one language message generated by the input module being touched, so that the integration is performed. The development program generates another application. For example, the front-end integrated development management method described in item 6 of the patent application scope, In the step of triggering the integrated development program to display the integrated development interface, the method further includes the following steps: displaying the user interface by using the integrated development interface, the user interface displaying a new option of the project; by tapping the project Adding an option to enable the user interface to display a program development writing interface; and using the program development writing interface to receive at least one language message generated by the input module being touched, so that the integrated development program generates the at least one An application.