TW201709057A - Method and system for creating APP respectively editing a set of program codes and content data corresponding to the set of program codes in the editing interface - Google Patents

Abstract

The invention discloses a method and system for creating app. The method comprises the following steps: installing a first mobile applications in a mobile device; executing the first mobile applications so as to display an editing interface on the mobile device; respectively editing a set of program codes and content data corresponding to the set of program codes in the editing interface; storing the set of program codes and content data into a storage block in a sandbox frame through an operation system of the mobile device; compiling the set of program codes and content data as an object file through a compiler installed in the mobile device; and transforming the object file to a second mobile application capable of being executed in the operation system through a linker installed in the mobile device. Advantage of the invention is generating mobile applications in a mobile device.

Description

Method and system for generating a mobile application

The present invention relates to a method and system for generating a mobile application, and more particularly to a method and system for generating a mobile application by a mobile application running on a mobile device. The production of mobile applications does not have to rely on the complex development environment of the PC, which helps the development and promotion of mobile applications.

The Mobile App (APP) is the most popular mobile communication product. Each mobile application can provide user-specific services using the hardware already in its mobile device. For example, the navigation action application uses the GPS module in the mobile phone to inform the user of the current location, and can further provide a visual navigation service to the place where the user wants to go; and the game action application can be edited through the touch screen. The content of the game and the interaction with the player are presented in the form of images (via touch screen) and sound (via speaker module) for entertainment effects; the social mobile application uses user mobile devices and cloud servers. Connect and communicate with friends in any corner of the world in time, which saves the cost of traditional telephone communication. It is better to share audio and video files and working documents with each other through the mobile app. As can be seen from the above description, the development of mobile applications is in the ascendant.

For engineers who develop a variety of mobile applications, there are many tools or libraries that can assist with development, but the work itself is quite cumbersome and time consuming. A complete mobile application must be able to run on various platforms. However, these platforms have different tools for each other (program languages). At present, the larger platforms in the market include Android and iOS systems, each using JAVA and Objective C to develop mobile applications. Since the hardware components of mobile devices are changing with each passing day, the syntax of the programs corresponding to various programming languages is also changed. It is not easy for a development engineer to be proficient in the application of a programming language. In order to complete a project, it is necessary to control the two programming languages. It is not easy. This does not include the design of interface editing and cloud repositories. Therefore, various development tools have emerged recently, providing development engineers with an integrated cross-platform development environment. Such a development environment can be compiled into a set of programming language code, compiled into a different system's destination file, and operated by a Run-time Environment. The cross-platform development environment meets the market demand. However, the disadvantage is that such an architecture requires a large amount of computer resources. Generally speaking, a large amount of software content is loaded in a personal computer, and the interface of the operation and the auxiliary library are also very good. Complex. To port the work of compiling and executing mobile applications to other mobile devices, such as tablets, there is currently no suitable tool.

In addition, in addition to cross-platform and computer resource issues with development tools, An extended question is about mobile application development teaching. Since the programming results (codes) of the development tools or programming languages are to be loaded into the mobile device to see the operation effect, the simulator used on the computer side cannot effectively simulate the hardware of the new mobile device, and the user's screen may not be fully displayed. Content, or the new G-sensor can not effectively drive and so on. This situation will make many people interested in developing mobile applications less interested in programming in the process of continuous debugging, and finally give up. How to improve the mobile application programming environment is also a topic of mobile application development.

Finally, since the current mobile app is released through different Pipes, such as mobile apps for iOS through the Apple Store, mobile apps for Android through the Google Play Store, mobile apps developed in HTML5 may be obtained through a specific URL. In order to achieve the simultaneous release of a mobile application to each pipeline, in addition to the different versions of the code, the release process itself is a very cumbersome task. How to use cloud resources to reduce the aforementioned troubles is also a test for mobile application development.

Therefore, a new type of method and system for generating mobile applications Reconciliation is required. With the method and system, the mobile application can be generated in the mobile device, the computer resource consumption is small, and the personal computer is not required to be developed; the generated mobile application can be an operating system for the mobile device, or cross-platform The method and system should be able to facilitate the opening of mobile applications It is preferred that the system includes a cloud-based operating device that can package a program code and its content data into various executable files, which are distributed by the cloud to different pipelines for users to download.

This paragraph of text extracts and compiles certain features of the present invention. Other features will be revealed in subsequent paragraphs. The intention is to cover various modifications and similar arrangements in the spirit and scope of the appended claims.

In order to solve the above problems, the present invention discloses a method of generating a mobile application (APP). The method includes the steps of: A. installing a first mobile application into a mobile device; B. executing the first mobile application to display an editing interface on the mobile device; C. editing a group separately in the editing interface a code and a content data corresponding to the set of code; D. storing the set of code and content data into a storage block in a sandbox frame via an operating system of the mobile device; a compiler installed on the mobile device, compiling the set of code and content data into an object file; and F. converting the destination file via a linker installed on the mobile device A second mobile application that can be executed in the operating system. The editing interface can respond to changes in the content data in a timely manner and display the interface of the second mobile application.

According to the concept of the present invention, the foregoing method further comprises the steps of: D1. reading the set of code and/or content data; D2. editing the set of code and/or content data; and D3. via the operating system, Save edited The set of code and/or content data is stored in the storage block. Preferably, the step further comprises the step of: D4. performing a syntax test on the code in the sandbox frame; and D5. if the code of the code is found to be incorrect after the test, displaying the relevant error message in the editing interface. Step E is not performed; if the syntax of the code is found to be correct after the test, step E is performed.

The invention further discloses a method for generating a mobile application, comprising the steps of: A. installing a first mobile application into a mobile device, the first mobile application comprising an execution engine; B. executing by the execution engine The first mobile application displays an editing interface on the mobile device; C. edits a set of code and the content data corresponding to the set of codes in the editing interface; D. an operating system via the mobile device And storing the set of code and content data into a storage block in a sandbox frame; E. encapsulating the execution engine, the set of code and content data as a second mobile application. The editing interface can respond to changes in the content data in a timely manner and display the interface of the second mobile application.

According to the concept of the present invention, the foregoing method further comprises the steps of: D1. reading the set of code and/or content data; D2. editing the set of code and/or content data; and D3. via the operating system, The edited set of code and/or content data is stored in the storage block. Preferably, the step further comprises the step of: step D4. performing a syntax test on the code in the sandbox frame; and D5. if the code is found to be incorrect in the code, the error is displayed. The error message is in the editing interface and step E is not performed; if the syntax of the code is found to be correct after the test, step E is performed.

The present invention further discloses a method for generating a mobile application, comprising the steps of: A. installing a first mobile application into a mobile device; B. executing the first mobile application to display an editing interface on the mobile device; Editing a set of code and content data corresponding to the set of code in the editing interface; D. storing the set of code and content data into a storage in a sandbox frame via an operating system of the mobile device In the block; E. grammar test the code in the sandbox frame; F. If the code of the code is found to be incorrect after the test, the relevant error message is displayed in the editing interface and the step G is not performed; After discovering that the code of the code is correct, the code and content data are uploaded to a cloud server; G. In the cloud server, compiling the code and content data for a specific operating platform is a purpose. And H. Convert the destination file to a second mobile application executable under the particular operating platform. The editing interface can respond to changes in the content data in a timely manner and display the interface of the second mobile application.

According to the concept of the present invention, the foregoing method further comprises the steps of: F1. reading the set of code and/or content data; F2. editing the set of code and/or content data; and F3. storing the edited The group code and/or content data is sent to the cloud server or the storage block.

The invention further discloses a method for generating a mobile application, comprising the steps of: A. installing a first mobile application into a mobile device, the first The mobile application includes an execution engine; B. executing the first mobile application by the execution engine to display an editing interface on the mobile device; C. editing a set of programming codes and correspondingly in the editing interface The content data of the group code; D. storing the set of code and content data into a storage block in a sandbox frame via an operating system of the mobile device; E. the code in the sandbox frame Perform a grammar test; F. If the code of the code is found to be incorrect after the test, the relevant error message is displayed in the editing interface and step G is not performed; if the grammar of the code is found to be correct after the test, the code of the group is The content data is uploaded to a cloud server; and G. In the cloud server, an execution engine, the set of code and content data are encapsulated as a second mobile application for a specific operating platform. The editing interface can timely reflect the change of the content data and display the interface of the second mobile application; by the execution engine, the second mobile application is executed on the specific operating platform.

According to the concept of the present invention, the foregoing method further comprises the steps of: F1. reading the set of code and/or content data; F2. editing the set of code and/or content data; and F3. storing the edited The group code and/or content data is sent to the cloud server or the storage block.

Another aspect of the present invention is a system for generating a mobile application, comprising: a first mobile application, the first mobile application executing to provide an editing interface, the editing interface for separately editing a set of code and Corresponding to the content data of the group code, the first mobile application tests the syntax of the code and compiles the set of code and content data for a purpose. And a mobile device operating by the operating system and installing the first mobile application, and converting the destination file into a first executable executable in the operating system via an installed linker The second mobile application comprises: a touch screen for displaying the editing interface to edit the set of code and content data; and a memory unit for storing the first mobile application, the set of code and content data, The set of code and content data are stored in a specific location; and a processing unit is configured to execute the first mobile application through the operating system, and copy the set of code and content data to the specific location in. The first mobile application accesses the data of the specific location to form a sandbox frame; the test of the code is performed in the sandbox frame, and the editing interface can timely reflect the change of the content data and display the second action application. The interface of the program.

Preferably, the foregoing system further comprises: a cloud server, wherein the cloud server compiles the set of code and content data for a specific operating platform, and converts the set of code and content data into a destination file; and converting The destination file is a second mobile application that can be executed under the specific work platform.

The invention further discloses a system for generating a mobile application, comprising: a first mobile application, comprising a first execution engine, wherein the first mobile application is executed by the first execution engine to display on the mobile device An editing interface for respectively editing a set of code and content data corresponding to the set of code, the first mobile application speaking the code The method tests and encapsulates the first execution engine, the set of code and content data as a second mobile application, and a mobile device that operates and installs the first mobile application by an operating system. The method comprises: a touch screen for displaying the editing interface to edit the set of code and content data; and a memory unit for storing the first mobile application, the set of code and content data, wherein the set of codes And the content data is stored in a specific location; and a processing unit is configured to execute the first mobile application through the operating system and the first execution engine, and copy the set of code and content data to the specific location in. The first mobile application accesses the data of the specific location to form a sandbox frame; the test of the code is performed in the sandbox frame, and the editing interface can timely reflect the change of the content data and display the second action application. The interface of the program.

Preferably, the foregoing system further comprises: a cloud server, wherein the cloud server receives the set of code and content data, encapsulates a second execution engine, the set of code and content data for a specific operating platform. a second mobile application, wherein the second mobile application is executed on the specific operating platform by the second execution engine.

According to the concept of the case, the mobile device is a tablet computer or a smart phone. The content material is a background, sound, image, text, and/or mobile application template. The set of code and content data are respectively edited in a code editing interface and a content data editing interface. The particular work platform includes an operating system and a processor architecture.

The present invention allows a new mobile application to be generated on a mobile device by the first mobile application or the compiled execution engine and sandbox framework contained therein without relying on a personal computer. Moreover, because of the cloud server, a program code and its content data can be packaged into different executable files, and the generated mobile application system can be an operating system for the mobile device or cross-platform. Finally, since the programming platform is the mobile device, using the WYSIWYG interface operation, it helps to develop the teaching of mobile applications.

1‧‧‧ mobile device

10‧‧‧Operating system

100‧‧‧Processing unit

101‧‧‧ touch screen

102‧‧‧Scratch unit

103‧‧‧storage unit

104‧‧‧Output editing management module

105‧‧‧Special function component module

2‧‧‧Cloud Server

200‧‧‧Mobile Application Generator

Figure 1 shows a system for generating a mobile application in accordance with the present invention.

Figure 2 shows an editing interface and a content editing interface.

Figure 3 shows the way stored in the storage block.

Figure 4 is a flow diagram of a method of generating a mobile application on the mobile device side.

Figure 5 is a flow chart of another method for generating a mobile application on the mobile device side.

Figure 6 is a flow chart of another method for generating a mobile application on the mobile device side.

Figure 7 is a flow chart of another method for generating a mobile application on the mobile device side.

Figure 8 is a flow chart of yet another method of generating a mobile application on the mobile device side.

Figure 9 is a flow chart of another method for generating a mobile application on the mobile device side.

Figure 10 is a flow chart of another method for generating a mobile application on the mobile device side.

Figure 11 shows another system for generating a mobile application in accordance with the present invention.

Figure 12 is a flow diagram of a method of generating a mobile application.

Figure 13 is a flow chart of another method of generating a mobile application.

Figure 14 is a flow chart of another method of generating a mobile application.

Figure 15 is a flow chart of another method of generating a mobile application.

Figure 16 is a flow chart of yet another method of generating a mobile application.

The invention will be more specifically described by reference to the following embodiments.

First embodiment

Referring to Figure 1, there is shown an embodiment of a system for generating a mobile application in accordance with the present invention. The system includes a mobile device 1 and a first mobile application running thereon. The mobile device 1 is transported by an operating system 10 Create and install the mobile app. On the hardware side, the mobile device 1 includes a processing unit 100, a touch screen 101, a temporary storage unit 102, a storage unit 103, an output editing management module 104, and a specific function component module 105. The role of each hardware in the present invention will be separately described below.

The processing unit 100 is also a central processing unit in the mobile device 1. The system architecture is different and different depending on the difference in function settings. For example, the mobile device 1 can be a tablet computer or a smart phone. Although the operating system 10 running on it supports the functions of multiplexing and executing a mobile application, the tablet does not have a call like a smart phone. The choice of processor will also be different. Therefore, in accordance with the present invention, the processing unit 100 must be able to execute the mobile application through the operating system 10, or further utilize an execution engine, and copy a set of code and content data corresponding to the set of code to a specific location. in. A description of this particular location will be detailed later.

In addition to displaying the display content provided by the operating system 10 and transmitting the user-edited data to the operating system 10, the touch screen 101 is used to display an editing interface for editing the aforementioned set of codes and contents. data. The temporary storage unit 102 and the storage unit 103 are used to temporarily and permanently store data. For the mobile device 1, the temporary storage unit 102 can be a random access memory (RAM) or a cache in the processing unit 100, and the storage unit 103 can be a solid state disk (SSD). Read Only Memory (ROM) or an external memory card. for For convenience of description, the temporary storage unit 102 and the storage unit 103 are collectively referred to as a memory unit. Since each operating system and processing unit manages the memory differently (it may also vary depending on the size and usage of the main memory), a mobile application will be temporarily stored in random access memory and fast when executed. In the case of non-execution, the execution file and data are stored in the read-only memory; however, it is very likely that some of the operation results will be temporarily stored in the read-only memory. Therefore, in general, the memory unit is used to store the mobile application, the aforementioned group of code and content data, and is not limited to the temporary storage unit 102 or the storage unit 103. However, it should be noted that the set of code and content data are stored in the specific location. The particular location may be some of the storage locations in the temporary storage unit 102 and/or the storage unit 103 (as in the dashed box in Figure 1). Except for the code and content materials used in the present invention, other programs or materials may not be accessed using this particular location. Of course, a particular location will not expand to other areas where existing data is stored. The limitation of a specific location, that is, the formation of a sandbox frame in the memory unit.

The output edit management module 104 accepts control of the processing unit 100 for managing the operation of the various output ports or components of the mobile device 1. These outputs or components such as USB ports, external sound source holes, physical buttons, camera lenses, speaker modules, Bluetooth sub-modules, Wi-Fi sub-modules, and the like. The processing unit 100 can connect to the Internet through the Wi-Fi sub-module through the output editing management module 104. The specific functional component module 105 is operated under the control of the processing unit 100 to operate certain components having specific functions. These specific functional components include, but are not limited to, Gravity sensors, electronic compasses, gyroscopes, distance sensors, ambient light source sensors, and Hall effect sensors. It should be noted that the operating system 10 acts as an interface between the mobile application and the processing unit 100, and can drive the processing unit 100 to operate the hardware components included in the mobile device 1 according to the requirements of the mobile application.

The mobile application is executed by the operating system 10 to provide an editing interface for displaying on the touch screen 101. The mobile application processed in this manner must be a machine code executable by the mobile device 1. , or the destination file executed by the installed virtual machine (such as Java Bytecode executed by the Java Runtime Environment). At this time, the mobile device 1 can install a compiler and a linker, each of which is used to compile the set of code and content data into an object file and convert the target file into an executable file. A second mobile application executed in the operating system.

In accordance with the spirit of the present invention, a mobile application written in other forms of code can also be executed on the mobile device 1. For example, a mobile application written and packaged in a scripting language (such as Javascript) can be executed on the mobile device 1 through the operating system 10 by a browser or an execution engine attached thereto. Some fourth-generation programming languages, such as LIVECODE, programmed mobile applications, can execute the code directly through the operating system 10 on the mobile device 1 without having to go through the compilation process. This is different from the scripting language but in the form of execution. The execution of the scripting language programming mobile application is also applicable to the present invention.

The aforementioned editing interface is used to separately edit a set of code codes and content materials corresponding to the group code. Please refer to FIG. 2, wherein the set of code and content data are respectively created and edited in a code editing interface (left of FIG. 2) and a content editing interface (right side of FIG. 2). The code editing interface and the content data editing interface can be simultaneously displayed on the touch screen 101 to facilitate program code editing; if the size of the touch screen 101 is small, the code editing interface and the content data editing interface can be switched respectively. As shown in Figure 2, the code editing interface edits the code, which is convenient for comparing the graphics in the content editing interface on the right (for example, image 1 represents the scissors graphic, image 2 represents the stone graphic, image 3 Represents the graphics of the cloth). Users can change different image files in the content data editing interface, and then modify the code accordingly. It is worth noting that the editing interface should be able to respond to changes in content data in a timely manner. The overall pattern displayed by the editing interface (content data editing interface) is the execution interface (screen) of a second mobile application that is completed in the future. In accordance with the present invention, the aforementioned content material may be a background, sound, video, text, and/or mobile application template for the second mobile application. These content materials can be edited in the content data editing interface. The result of the editing can be temporarily stored in the memory unit, and the subsequent editing operations can be performed in batches without rushing to complete.

In the manner of storing in the aforementioned storage block, since it is possible to program more than two mobile applications at the same time, the storage manner is as shown in FIG. second The code A of the mobile application is stored adjacent to the content material A, and the code B of the third mobile application is stored adjacent to the content data B. The code of the different mobile applications is separated from the content data by padding 0. The third mobile application can have a subroutine, and the subcode C and content C can be stored separately. When it is necessary to compile or execute, the code B, the content material B, the code C and the content material C can be performed together. This has the advantage of simplifying the complexity of editing the code.

If the code is for execution by a scripting language execution engine (such as a browser) or in accordance with a literal translation of the programming language syntax, the first mobile application architecture may include an execution engine by which the execution engine Executing the first mobile application to display an editing interface on the mobile device, wherein the editing interface is used to separately edit a set of code and content data corresponding to the set of code, and the first mobile application grammarizes the code The test is performed and the execution engine can be packaged (the execution engine is not required by the browser), and the set of code and content data is the second mobile application.

If the code needs to be compiled by the destination file and then executed, the first mobile application can be directly executed to provide an editing interface (through an execution environment), and the editing interface is used to separately edit a set of codes and corresponding groups. The content of the code. The first mobile application can test the syntax of the code and compile the set of code and content data into a destination file. It is important to emphasize that any of the above forms of the first mobile application access this The manner in which the data in a particular location forms the aforementioned sandbox frame, and the testing of the code is performed in the sandbox frame.

Using the operation of the system described above, the present invention further discloses a method of generating a mobile application. Referring to FIG. 4, the method includes the following steps: First, the first mobile application is installed into a mobile device (S01). Next, the operating system 10 executes the first mobile application to facilitate display of the aforementioned editing interface on the mobile device 1 (S02). The user can edit a set of code and the content data corresponding to the group code in the editing interface (S03). Preferably, the editing interface is divided into two parts: a code editing interface and a content data editing interface, each of which is used to generate and edit code and content data (the same applies hereinafter). Then, the set of code and content data are stored in a storage block in the sandbox frame via the operating system 10 of the mobile device 1 (S04), and the set of code and content is compiled via a compiler installed in the mobile device. The data is a destination file (S05). Finally, the destination file is converted into a second mobile application executable in the operating system 10 via a connector installed in the mobile device 1 (S06). It should be noted that the code of the method is to execute the second mobile application in the mobile device 1 by compiling the destination file. In step S03, the editing interface should reflect the change of the content data in time and display the second. The interface of the mobile app.

As described above, the result of the code editing can be temporarily stored in the memory unit, and the subsequent editing operations are performed in stages. Therefore, the following steps can be added between steps S04 and S05 of the foregoing method (see FIG. 5): reading the Group code and / or Content data; (S041); editing the set of code and/or content data (S042); and storing the edited set of code and/or content data into the storage block via the operating system 10. (S043). Steps S041 through S043 can be repeated until the code is completed.

The first mobile application can test the code before the destination file is generated. Therefore, the following steps can be added between step S04 and step S05 (see Figure 6): the code is tested in the sandbox frame (S044); if the code is found to be incorrect after the test, the relevant information is displayed. The error message is in the editing interface and the step S05 is not performed. At this time, the user can modify the code according to the error message, and step S04 is performed again. If the syntax of the code is found to be correct after the test, step S05 is performed (S045).

If the code is for the scripting language execution engine or is written in accordance with the literal translation of the programming language syntax, the above method should be modified. Referring to FIG. 7, the method includes the following steps: First, installing the first mobile application into a mobile device, where the first mobile application includes an execution engine (S11). Thereafter, the first mobile application is executed by the execution engine to display an editing interface on the mobile device 1 (S12). The user edits a set of code codes and content materials corresponding to the group code in the editing interface (S13). Next, the set of code and content data are stored in a storage block in the sandbox frame via the operating system 10 of the mobile device 1 (S14). Finally, the first mobile application package encapsulates the set of code and content data into a second mobile application (S15). If the execution engine of the scripting language is not a browser, step S15 is changed. The execution engine, the set of code and content data are encapsulated as a second mobile application (S15') for the first mobile application, as shown in FIG. 8, the same is mentioned in the following description. So far, the generated second mobile application can be executed on the mobile device 1 through the operating system 10 via the packaged execution engine or browser. Similarly, during editing, the editing interface can respond to changes in content data in a timely manner and display the interface of the second mobile application.

As described above, the result of the code editing can be temporarily stored in the memory unit, and the subsequent editing operations are performed in stages. Therefore, the following steps can be added between steps S14 and S15 of the foregoing method (see FIG. 9): reading the Group code and/or content data (S141); editing the set of code and/or content data (S142); and storing the edited set of code and/or content data to the storage area via the operating system 10 In the block (S143). Steps S141 through S143 can be repeated until the code is completed.

In accordance with the present invention, the first mobile application can test the code. Therefore, the following steps can be added between step S14 and step S15 (see FIG. 10): the code is tested in the sandbox frame (S144); if the code is found to be incorrect in the test, the relevant information is displayed. The error message is in the editing interface and the step S15 is not performed. At this time, the user can modify the code according to the error message. If the syntax of the code is found to be correct after the test, the process proceeds to step S15 (S145).

Second embodiment

In accordance with the spirit of the present invention, the system for generating a mobile application in the first embodiment is not limited to being executed only in the mobile device 1, and may further include a cloud server 2 that provides functions for generating and distributing mobile applications in the cloud. Referring to FIG. 11, the cloud server 2 and the mobile device 1 are connected through a mobile network or an Internet to receive code and content data, and compile the program code and content data for a specific operating platform. Destination file. Finally, the cloud server 2 converts the second destination file into a second mobile application that can be executed under the specific working platform, and can be released to different pipelines for download by different platform users. The so-called specific work platform here comprises a processor architecture and an operating system. For example, the Android operating system under the ARM architecture, or the window 8.1 operating system under the x86 architecture.

The hardware resource of the cloud server 2 is much larger than that of the mobile device 1, so the cloud server 2 can further perform operations that the mobile device 1 cannot complete, such as compiling the code and content data of the second mobile application into different operating platforms. The destination file, which is mainly achieved by the mobile application generator 200 in the cloud server 2. The mobile application generator 200 can be a hardware module in the cloud server 2 or an extremely large application software. The mobile application generator 200 needs to be able to process various mobile device operating systems and the execution files of the cooperative architecture; it may be a development environment with various programming languages, and the received code may be only one type Written by the programming language.

It can be seen from the foregoing description that the code processed by the cloud server 2 needs to be compiled by the destination file before being executed. However, in accordance with the spirit of the present invention, the code is equally applicable if it is executed by the scripting language execution engine or in accordance with the literal translation of the programming language syntax. At this time, the cloud server 2 is configured to receive the set of code and content data, package a second execution engine (which may be the same as or different from the execution engine in the first mobile application) for a specific operating platform, and the set of code The content data is a second mobile application, and the second mobile application is executed on the specific operating platform by the second execution engine. The second execution engine may also not have to be packaged. Due to the power of the cloud server 2, the mobile application generator 200 can have the necessary execution environment and execution engine while processing all the code.

The present invention further discloses a method of generating a mobile application by the operation of the system shown in FIG. Referring to FIG. 12, the method includes the following steps: First, the first mobile application is installed in the mobile device 1 (S31). Next, the operating system 10 executes the first mobile application to display an editing interface on the mobile device 1 (S32). The user edits a set of code codes and content data corresponding to the group code in the editing interface (S33), and stores the set of code and content data into one of the sandbox frames via the operating system 10 of the mobile device 1. In the storage block (S34). The code is then tested in the first mobile application sandbox framework (S35). If the syntax of the code is found to be incorrect after the test, the relevant error message is displayed in the editing interface and the step S37 is not performed. At this time, the user can modify the code according to the error message and perform the step again. Step S35; if the syntax of the code is found to be correct after the test, the program code and the content data are uploaded to the cloud server 2 (S36). At this time, in the cloud server 2, the mobile application generator 200 compiles the set of code and content data into a destination file for a specific work platform (S37). Finally, the mobile application generator 200 converts the destination file into a second mobile application (S38) executable under the specific operating platform. The editing interface should be able to respond to changes in content data in a timely manner and display the interface of the second mobile application.

As in the previous embodiment, the result of the code editing can be temporarily stored, and the subsequent editing operations are performed in stages. Therefore, the following steps can be added between steps S36 and S37 of the foregoing method (see FIG. 13): reading the program Code and/or content data (S361); editing the set of code and/or content data (S362); and storing the edited set of code and/or content data into the cloud server or the storage block ( S363). It is to be noted that, in step S363, if the code and/or the content data are to be logically modified, the edited code and/or the content data may be restored to the storage block, and then restarted in step S35; If the editing is to modify the verified code slightly, the modified code and/or content data is saved back to the cloud server 2. One benefit of the present invention is manifested here: the ability to share resources. This means that the uploaded code and content data can be further modified by other users in the cloud server 2. Steps S361 to S363 can be repeated until the code modification is completed.

From the above description, it can be known that this is applicable to the need to compile the target file before executing the code. If the code is for scripting language execution Engine execution, or written in accordance with the literal translation of the programming language syntax, the above method is modified as follows (see Figure 14): First, install the first mobile application into the mobile device 1, the first mobile application Contains an execution engine (S41). Next, the execution engine executes the first mobile application to display an editing interface on the mobile device 1 (S42). The user edits a set of code codes and content materials corresponding to the group code in the editing interface (S43). Next, the set of code and content data are stored in a storage block in the sandbox frame via an operating system 10 of the mobile device 1 (S44). Next, the code is tested in the sandbox frame (S45). If the syntax of the code is incorrect after the test, the relevant error message is displayed in the editing interface and the step S47 is not performed. At this time, the user can modify the code according to the error message, and then proceed to step S45; if the test finds the If the syntax of the code is correct, the set of code and content data is uploaded to the cloud server 2 (S46). Finally, in the cloud server 2, an execution engine, the set of code and content data are encapsulated into a second mobile application for a specific operating platform (S47). If the execution engine of the scripting language is a browser, step S47 is changed to 2 in the cloud server, and the set of code and content data is encapsulated into a second mobile application (S47') for a specific operating platform, such as Figure 15 shows the same as the reference to S47 in the following description. The editing interface should be able to respond to changes in content data in a timely manner and display the interface of the second mobile application. With the execution engine, the second mobile application is executed on the specific operating platform.

Similarly, the result of the code editing can be temporarily stored and the subsequent editing operations can be performed in stages. Therefore, the following steps can be added between steps S46 and S47 of the foregoing method (see FIG. 16): reading the program code and/or Or content data (S461); editing the set of code and/or content data (S462); and storing the edited set of code and/or content data into the cloud server or the storage block (S463). In step S463, if the editing and debugging process is still in progress, the edited code and/or content data is stored in the storage block; if the group code and the content data have been uploaded to the cloud server 2, the modification is performed. The code and/or content data is stored in the cloud server 2. Steps S461 to S463 can be repeated until the code modification is completed.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the invention, and those skilled in the art can make some modifications and refinements without departing from the spirit and scope of the invention. The scope of the invention is defined by the scope of the appended claims.

Claims (32)

A method for generating a mobile application (APP), comprising the steps of: A. installing a first mobile application into a mobile device; B. executing the first mobile application to display an editing interface on the mobile device; C. Editing a set of code codes and content data corresponding to the group code in the editing interface; D. storing the set of code and content data into a sandbox frame via an operating system of the mobile device a storage block; E. compiling the set of code and content data into an object file via a compiler installed on the mobile device; and F. via a connector installed on the mobile device (Linker), converting the destination file into a second mobile application executable in the operating system, wherein the editing interface can timely reflect the change of the content data and display the interface of the second mobile application. The method of claim 1, further comprising the step of: D1. reading the set of code and/or content data; D2. editing the set of code and/or content data; and D3. The edited set of code and/or content data is stored in the storage block via the operating system. For example, the method described in claim 1 further includes a step after step D: D4. performing a syntax test on the code in a sandbox frame; and D5. if the code is found to have an incorrect syntax, The relevant error message is displayed in the editing interface and step E is not performed; if the syntax of the code is found to be correct after the test, step E is performed. The method of claim 1, wherein the content material is a background, sound, image, text, and/or mobile application template. The method of claim 1, wherein the set of code and content data are separately edited in a code editing interface and a content data editing interface. A method for generating a mobile application, comprising the steps of: A. installing a first mobile application into a mobile device, the first mobile application comprising an execution engine; B. performing the first action by the execution engine An application for displaying an editing interface on the mobile device; C. editing a set of code and content data corresponding to the set of code in the editing interface; D. storing the group via an operating system of the mobile device The code and the content data are stored in a storage block in a sandbox frame; and E. encapsulating the set of code and content data into a second mobile application, wherein the editing interface can timely reflect the change of the content data, and Show second The interface of the mobile app. The method of claim 6, further comprising the step of: D1. reading the set of code and/or content data; D2. editing the set of code and/or content data; and D3. The edited set of code and/or content data is stored in the storage block via the operating system. For example, the method described in claim 6 further includes a step after step D: D4. performing a syntax test on the code in a sandbox frame; and D5. if the code is found to have an incorrect syntax after the test, The relevant error message is displayed in the editing interface and step E is not performed; if the syntax of the code is found to be correct after the test, step E is performed. The method of claim 6, wherein the step E is to encapsulate the execution engine, the set of code and the content data as a second mobile application. The method of claim 6, wherein the content material is a background, sound, image, text, and/or mobile application template. The method of claim 6, wherein the set of code and content data are separately edited in a code editing interface and a content data editing interface. A method of generating a mobile application, comprising the steps of: A. installing a first mobile application into a mobile device; B. executing the first mobile application to display an editing interface on the mobile device; C. editing a set of programming codes and correspondingly in the editing interface The content data of the group code; D. storing the set of code and content data into a storage block in a sandbox frame via an operating system of the mobile device; E. the code in the sandbox frame Perform a grammar test; F. If the code of the code is found to be incorrect after the test, the relevant error message is displayed in the editing interface and step G is not performed; if the grammar of the code is found to be correct after the test, the code of the group is The content data is uploaded to a cloud server; G. in the cloud server, compiles the set of code and content data into a destination file for a specific operating platform; and H. converts the destination file to be available in the specific job A second mobile application executed under the platform, wherein the editing interface can timely reflect the change of the content data and display the interface of the second mobile application. The method of claim 12, further comprising the step of: F1. reading the set of code and/or content data; F2. editing the set of code and/or content data; F3. The edited set of code and/or content data is stored in the cloud server or the storage block. The method of claim 12, wherein the content material is a background, sound, image, text, and/or mobile application template. The method of claim 12, wherein the set of code and content data are separately edited in a code editing interface and a content data editing interface. The method of claim 12, wherein the specific work platform comprises an operating system and a processor architecture. A method for generating a mobile application, comprising the steps of: A. installing a first mobile application into a mobile device, the first mobile application comprising an execution engine; B. performing the first action by the execution engine An application for displaying an editing interface on the mobile device; C. editing a set of code and content data corresponding to the set of code in the editing interface; D. storing the group via an operating system of the mobile device The code and the content data are stored in a storage block in a sandbox frame; E. the code is tested in the sandbox frame; F. If the code is found to be incorrect in the code, the related error is displayed. The message is in the editing interface and step G is not performed; if the code of the code is found to be correct after the test, the code and content data of the group are uploaded to a cloud. In the cloud server, and in the cloud server, an execution engine, the set of code and content data are encapsulated as a second mobile application for a specific operating platform; wherein the editing interface can timely reflect the content data. Changing, and displaying an interface of the second mobile application; by the execution engine, the second mobile application is executed on the specific operating platform. The method of claim 17, further comprising the step of: F1. reading the set of code and/or content data; F2. editing the set of code and/or content data; and F3. The edited set of code and/or content data is stored in the cloud server or the storage block. The method of claim 17, wherein the content material is a background, sound, image, text, and/or mobile application template. The method of claim 17, wherein the set of code and content data are separately edited in a code editing interface and a content data editing interface. The method of claim 17, wherein the specific work platform comprises an operating system and a processor architecture. A system for generating a mobile application, comprising: a first mobile application, the first mobile application executing to provide an editing interface, the editing interface for separately editing a set of code and pair The content data of the code should be grouped, the first mobile application program tests the syntax of the code, and compiles the set of code and content data into a destination file; and a mobile device, the mobile device is operated by an operating system And operating and installing the first mobile application, and converting the destination file into a second mobile application executable in the operating system via a connector installed, comprising: a touch screen for displaying The editing interface is configured to edit the set of code and content data; a memory unit is configured to store the mobile application, the set of code and content data, wherein the set of code and content data are stored in a specific location; and a processing unit, configured to execute the first mobile application through the operating system, and copy the set of code and content data into the specific location, where the first mobile application accesses the data of the specific location to form a sand a box frame; the test of the code is performed in the sandbox frame; the editing interface can timely reflect the change of the content data and display the second Dynamic interface application. The system of claim 22, further comprising: a cloud server, the cloud server is configured to receive the set of code and content data, and compile the set of code and content for a specific operating platform. The data is a destination file, and the conversion destination file is a second mobile application executable under the specific work platform. The system of claim 22, wherein the content material is a background, sound, image, text, and/or mobile application template. The system of claim 22, wherein the set of code and content data are separately edited in a code editing interface and a content data editing interface. The system of claim 23, wherein the specific operating platform comprises an operating system and a processor architecture. A system for generating a mobile application, comprising: a first mobile application, comprising a first execution engine, wherein the first mobile application is executed by the first execution engine to display an editing interface on the mobile device; The editing interface is configured to separately edit a set of code codes and content materials corresponding to the group code, the first mobile application program tests the code, and encapsulates the first execution engine, the set of code and content. The information is a second mobile application; and a mobile device that operates and installs the first mobile application by an operating system, comprising: a touch screen for displaying the editing interface to edit the group Code and content data; a memory unit for storing mobile applications, the set of code and The content data, wherein the set of code and content data are stored in a specific location; and a processing unit configured to execute the first mobile application and the first mobile application through the operating system and the set of code Copying the content material to the specific location, wherein the first mobile application accesses the data of the specific location to form a sandbox frame; the testing of the code is performed in the sandbox frame; the editing interface can respond to the content in time Changes in the data and display of the interface of the second mobile application. The system of claim 27, further comprising: a cloud server, wherein the cloud server has received the set of code and content data, and encapsulates the set of code and content data for a specific operating platform. a second mobile application, wherein the second mobile application is executed on the specific operating platform by a second execution engine. The system of claim 27, wherein the content material is a background, sound, image, text, and/or mobile application template. The system of claim 27, wherein the set of code and content data are separately edited in a code editing interface and a content data editing interface. The system of claim 28, wherein the specific operating platform comprises an operating system and a processor architecture. The system of claim 28, wherein the cloud server enters The second execution engine, the set of code and the content data are encapsulated into a second mobile application.