TW200428281A - System and method for user to self-define execution flow process of program - Google Patents

Abstract

The invention brings up a system and method for user to self-define execution flow process of program, which allows regular user with no programming capability to easily set up the required execution flow process of program by means of a convenient flow process setup interface. Further execute based on the configured execution flow process of program to finish a program. Hence, the invention provides the advantages that it is unnecessary to write, modify and compile program and proceed program update when add and modify an execution flow process.

Description

200428281 V. Description of the invention (1)-Field of the invention The present invention relates to a technical field in which a user can set a program execution flow, and in particular, it relates to a method for providing a simple process setting interface. The user sets the program execution flow by himself, and when the user adds or modifies a program execution flow, there is no need to rewrite, modify, compile the program, and update the technical field of the program by the program developer. 2. The first-generation commercial computers are generally used in front of the general public and all the public are the same. They are developed and applied to the pre-technology that can correspond to the accounting or accounting process. In today's society, computers and the Internet have become Quite important tools. Most of the activities and data management have been carried out with computer software. Especially, it is an indispensable tool for enterprises to handle various types of transaction processes or account processing processes. Because there are many types of commercial transactions, and neither the transaction process or the account processing process customized by the company or the enterprise, so companies and enterprises are expected to have a transaction system that meets their needs, and program developers must target different Programming and development of the transaction process process to generate a program system that meets each need. Many known trading systems or accounting systems respond to the needs of different enterprises, and have a specific delivery process for a single market or a single development. The process is written as a fixed execution program or an accounting process. Transaction processing. In order for the system program to automatically execute and complete a specific transaction process, the program developer compiles the specific transaction process or the transaction or account processing program of the accounting office to generate a code to allow the user to start the execution process of the transaction or account.

Page 4 200428281 V. Description of the invention (2) After the code is written, the transaction or account processing flow can be executed automatically. However, ordinary companies often plan to change their custom transaction and account processing procedures due to internal needs or in line with policies, or add a transaction and account processing program that has similar processes but is not the same. Therefore, the original system The program must cooperate with the modification, such as modifying some of these transactions, the accounting processing program, or writing a new transaction, the accounting processing program. Because general users do not have the ability to write and modify programs, the above modifications must be commissioned by the program developers to make changes, recompile to generate new execution code, and update system programs. In this way, whenever there is a change in the transaction and accounting processing flow, it will take time and effort to modify and update the system programs, and you must find a professional program developer to handle it, which will greatly increase the cost of the enterprise. , And often takes quite a long time, which is not very economical. As mentioned above, most of the current transaction and account processing systems can only deal with the transaction process and account processing in a single market or a single commodity. For example, in the stock exchange market, a securities firm can process stocks through a computer system. Transactions, usually entrust others or develop a set of special stock transaction and account processing programs to provide salespersons, general investors to use this system to conduct stock transaction and account inquiry; and a futures dealer in order to be able to Father Easy 5 that handles futures through computer systems. Because its Father Easy process and account processing methods are different from stock transactions, it is not possible to directly use stock trading and account processing programs. Therefore, futures transactions and accounts must be developed separately. Handler. However, this method of developing different programs for multiple commodities has gradually failed to meet the needs of large enterprises, such as the establishment of a financial control company.

Page 5 200428281 V. Description of the invention (3) Financial control companies often have multiple financial commodities. If each financial commodity is developed separately for transactions and account processing programs, it often has complicated transactions, costs are raised to the south, and Gongxun cannot communicate with each other. Various problems in circulation ', and the maintenance and management of post-performance are quite inconvenient. Therefore, integrating the trading programs of multiple financial commodities (such as stocks, futures, funds, foreign exchange, etc.) to make it easy to repair and maintain, thereby reducing costs and increasing efficiency, has become an important goal for large enterprises. On the other hand, there may be new financial products appearing in the financial market, such as options transactions. The transaction process and account processing process are different from the previous financial products, but there may be some similarities. If it is to develop new transactions and account processing programs for each emerging financial commodity, it will inevitably increase the development cost. Therefore, these large enterprises need a system that can flexibly add new transaction and account processing programs, can integrate multiple transaction processes, and easily add or modify the transaction process of a financial product, so that those without the ability to write system programs Users can modify and increase the transaction programs they need without having to write, compile and update the programs by professional program developers to achieve the purpose of reducing costs. In addition, conventional trading systems often use segmented processing. For example, in stock trading systems on the stock market, a stock ordering interface is usually generated for a user to enter the transaction data that he wants to execute. After that, start a stock trading program to execute the transaction process. ◦ When the transaction is completed, the transaction processing of the transaction is usually not performed immediately. Instead, the securities dealer will start the account after the transaction is completed on the stock market. Office

Page 6 200428281 V. Description of the invention (4) Program to carry out detailed information on the quantity receivable at the end of the stock market. Therefore, if the number of programs to be executed increases greatly, the system can set the program setting interface for the solver, which can effectively reduce the program setting of multiple products when executing the flow. One program can perform the manual / bill checkout action to learn the program. The amount of money paid for a transaction or related information such as the transaction can be set in the transaction system to facilitate the convenience of use. The above-mentioned problems, the system and method of the hair style execution process allow users to set their own low development and maintenance costs, without the need to update the advantages of the program, the style execution process, and the full automation of the execution process. The customer must wait until the account is paid for the stock that is owned after the transaction. The transaction process, which is quite user-independent, will be used by the user to provide a simple method for use. The program execution flow can be added, modified, and integrated in a system according to the needs of the user. III. Summary of the Invention One object of the present invention is to provide a system and method for users to set the program execution flow. Provide a convenient flow setting interface, so that ordinary users who do not have the ability to write programs can easily set the program execution flow they need, such as adding a program execution flow or modifying the original program execution flow without having to Write, modify, recompile, or update programs System development, revision, and maintenance costs. Another object of the present invention is to propose a multi-market,

Page 7 200428281 V. Description of the invention (5) Multi-commodity system and method, which can integrate a variety of different program execution processes, arrange and combine a small number of program components to generate a variety of program execution processes to meet a variety of products Each has its own requirements for different program execution processes, and it is possible to flexibly add a new product execution process without having to develop a new transaction program separately. Another object of the present invention is to propose a system and method that allows a user to set a transaction program that was originally performed manually / batch to be automatically executed. Through the system and method of the present invention, the user can allow the user to The multiple process steps that are started and executed one by one are connected in series and completed sequentially, thereby achieving the purpose of fully automated execution. According to a feature of the present invention, the present invention provides a system for a user to customize a program execution flow, wherein the system is used to execute a plurality of program execution flows, and each program execution flow consists of at least one step, and Any one of the steps may be included in more than one program execution flow. The system includes: a plurality of program components, and one program component is a piece of code written by a program developer to complete a step in the plurality of program execution flows. , And is used for users to choose when setting a program execution flow; a setting interface generating module generates a flow setting interface to provide the user to browse the names of the plurality of program components and select and set the required The program component name and its execution order are used to set a program execution flow; a processing module uses the program component name and its execution order set by the user as the flow setting data corresponding to the program execution flow and stored in a storage Device; a storage device for storing a plurality of program execution processes Process setting data, which can be read by a monitoring execution module

Page 8 200428281 V. Description of the invention (6) Take the process setting data; and a monitoring execution module for reading a program execution flow in the storage device when a user starts a program execution flow According to the process settings, the program components are executed in sequence according to the set program materials, and whether each program component is completed to continue to execute the next program component, thereby completing the entire program execution flow. According to another feature of the present invention, in the system proposed by the present invention, the process setting interface further includes a user for setting startup option data corresponding to a program execution process, and the processing module further includes The set startup option data and its corresponding process setting data are stored in the storage device, and further, the system further includes: an operation interface generating module, which generates one containing more than one according to the startup option data in the storage device. The operation interface of the startup option for the user to select one of the startup options, wherein each startup option on the operation interface corresponds to a program execution flow; and when the user selects a startup option on the operation interface, Then, the monitoring execution module executes each program element in order to complete the program execution flow according to the program execution flow 'read the process setting data of the program execution flow' corresponding to the startup option. According to another feature of the present invention, the present invention provides a method for a user to set a program execution flow, wherein the method includes the steps of: providing a plurality of program elements, wherein each program element is a program developer After disassembling each program execution process of a plurality of planned program execution processes into a plurality of steps, a piece of code written for execution to complete one of the steps; providing a process setting interface for displaying the plurality of steps The name of the program component for a user to choose the program element they need

200428281 V. Description of the invention (7) The name of the file and its execution order, and then a program execution flow; The program component name and its execution order selected by the user are stored as the flow setting data corresponding to the execution flow of the program In a storage device; and when a user starts a program execution flow, a monitoring execution module executes each program element in order to complete according to the flow setting data corresponding to the program execution flow in the storage device The program executes the process. According to another feature of the present invention, the present invention provides a method for a user to modify a program execution flow. The method includes the steps of providing a plurality of program elements, wherein each program element is provided by a program developer. After disassembling each program execution flow in a plurality of planned program execution flows into a plurality of steps, a piece of code written for execution to complete one of the steps; providing a plurality of set program execution flows, wherein, the Each program execution process in the plurality of set program execution processes is composed of at least one program element, and the name of the at least one program element and its execution order are stored as process setting data corresponding to the program execution process; Provide a setting flow interface for displaying the multiple set program execution flows and their corresponding flow setting data, and for a user to select one of the program execution flows to modify their corresponding flow setting data; The process setting data replaces its original process setting data and is stored in the In the storage device; and when the user starts a program execution flow, a monitoring execution module executes each program element in order to complete according to the latest flow setting in the storage device corresponding to the program execution flow The program executes the process. In order for your reviewers to better understand the structure and characteristics of the present invention

Page 10 200428281 V. Description of the invention (8) and purpose, herewith a detailed description of the drawings and preferred embodiments is as follows. 4. Implementation Modes The following describes the implementation process of a securities trading program and its system program. The purpose is to facilitate the detailed description of the system and method of the present invention, but not to limit the present invention. The present invention is applicable to various program execution flows. The program execution flow refers to a combination of a plurality of program steps for calculating, processing, transmitting, or storing materials through computer programs. In the financial and securities market, in order to provide salespersons or their customers to conduct securities transactions and account inquiries through computers and telecommunications communication networks, they usually entrust program developers (external program development companies or internal information personnel) to Develop a securities transaction and account processing system to provide the above services. Generally, the system contains specific programs to perform each process step in the program, such as authenticating customers, receiving customer transaction data, checking whether transaction data meets transaction conditions, and sending transaction data to specific hosts. , Receiving transaction return information, clearing customer account information, updating customer account information, and other steps. Ordinary program developers can write a program that can automatically execute the entire process or multiple semi-automatic programs that can be completed in batches according to the above process steps, compile it to generate corresponding execution code, and create a program that can start the program. Run-time startup options. When a user (such as a salesperson or a customer) clicks the startup option, the corresponding execution code is executed to complete the process steps. Whether it is a fully automatic program that automatically executes the entire process or a semi-automatic program that is executed one by one in batches, the process steps are fixed.

Page 11 200428281 V. Inventor (9) cannot change it by himself. If he needs to change it, he must entrust the program developer to modify the original program and recompile to generate new execution code and update the program. In order to enable the user to modify or set the program execution flow, the present invention proposes a solution, in which a program developer analyzes multiple planned program execution flows and decomposes each program execution flow into multiple steps. Therefore, each The program execution process can be considered as a combination of multiple steps, and different program execution processes can include some of the same steps. Program developers write an independent program component for each step in advance to achieve the step, and can provide a flow setting interface, allowing users to choose from multiple program components and arrange the execution order, so as to set a program execution by themselves Process, and save its process setting data. When the user wants to execute the set program execution flow, a monitoring execution module sequentially executes the program elements scheduled in the program execution flow according to the set flow setting data to complete the entire program execution. Process. With a simple flow setting interface, users can add or modify the program execution flow they need, and when adding and modifying the program execution flow, 'only need to modify the flow setting data of the program execution flow' to monitor the execution The module can set up materials according to the new process to execute the new program execution process. In this way, when the system adds or modifies a program execution flow, there is no need to rewrite or modify the original program, recompile and execute the code, and update the program. Therefore, even ordinary users who do not have the ability to write programs can do so by themselves. Add and modify the required program execution flow. The first diagram A shows a system architecture diagram of an embodiment of the present invention.

Page 12 200428281 V. Description of the invention (ίο) (10) Contains a plurality of program elements (100A ~ 100Z), a setting interface generation module (1 0 2), a processing module (1 0 4), a storage A device (106) and a monitoring execution module (108). Among them, a plurality of program components (1 0 0 A to 1 0 0 Z) can be established in advance by a program developer. The program developer analyzes a plurality of program execution processes to be set, and decomposes each program execution process into several steps. , And write corresponding program components to complete each step. Each program component written has a specific name or purpose description for users to choose when setting a program execution flow. Because some steps in the general program execution flow are often the same, many program components can be shared, and different program components can be arranged and combined to form different program execution flows. The program element (1 0 0 A to 1 0 0 Z) can be the original code to be compiled and executed step by step when it is executed, or it can be the compiled execution code to be executed quickly during execution. The setting interface generating module (102) is used to generate a process setting interface for users to set their own program execution flow, for example, including adding, deleting, or modifying a program execution flow. The flow setting interface can provide users to browse the names or usage descriptions of multiple program elements (100 A to 100 Z), and select and set the required program elements and their execution order from them. When the user wants to modify an old program execution flow, he can use the flow setting interface to browse multiple old program execution flows, and select a program execution flow and browse program components of the selected program execution flow. And its execution sequence, and use the process setting interface to add, delete program components in the program execution process, or change the middle process

Page 13 200428281 V. Description of the invention (11) The execution sequence of the element. The processing module (104) is based on the private execution flow set by the user through the above-mentioned flow setting interface, that is, the program components selected and set by the user and their execution order are set as the flow corresponding to the execution flow of the program. The data γ is stored in the storage device (丨 〇6), or the process setting data of the program execution flow that has been stored in the storage device (106) is updated. The storage set (10 β) is used to store process setting data of multiple program execution processes' and can be read by the monitoring execution module (108). Storage device (106) < Uses a general file format to store process setting data, for example, a process setting file. When the program execution process (1) has the process steps, the sequence is: program element B—program element When program element ^ program element $, the flow configuration file can be stored. Store program element B, program element c, program element X and program element X as the process setting data of type execution flow (a); and when the program execution flow / two / has the process steps, the sequence is: program element A-program element Private type = piece “program element χ—program element z, 70 programs A, private D, program element B, program element X, and program element Z can be stored as the granular $ line flow (2) Process setting data. This storage device (Qiao 6 ^ uses the greed database to store the above process setting data, for example, the data_ 彳 inch fixed stop to sequentially store each process element in sequence, as shown in the second figure. And r 1 η n \ ,, + τ 、, (1 〇 8), when a user starts a program execution flow, read the remaining ten cents. ^ N 6 U storage device (1 0 6 ) Corresponding to the program execution and flow of the program, and according to the process setting data, each program element is executed in sequence, and it interferes with the completion of each program element to continue to the next process.

200428281 V. Description of the invention (12) type components, and then complete the entire program execution flow. In order to facilitate the user to start a program execution process, the general program system is designed with an operation interface. Icon options (such as ic ◦ η: or menus (such as pull-down menus and options) are set on the operation interface for users to click. When the icon option or a function option in the function table is selected, the corresponding execution program can be directly started. Therefore, the present invention proposes another embodiment for users to add or delete a program execution flow at the same time. Add or delete icon options or function options on the operation interface. The system architecture diagram is shown in the first B diagram. The system (10) includes all program elements, modules, and devices in the first A diagram. In addition, it also includes an operation interface generating module (110). Among them, the process setting interface generated by the setting interface generating module (102) is not only used for setting the program execution flow, but also available for use. The user further sets the startup option corresponding to the execution flow of the program. For example, when the user adds a program execution flow, he can also set the corresponding startup option (as shown in the icon) Option or a function option in the menu), including the display content (icon or text), size, display position, etc. of the startup option as the startup option data. The processing module (104) except for the above functions In addition, it also includes storing the startup option data corresponding to the execution flow of the program in the storage device (106). The storage device (106) can store an operation interface configuration file to store the above startup option data. User The startup options of a program execution flow can also be modified through the above-mentioned flow setting interface, such as modifying the display content, size, and display position of the startup option, and then the processing module (104) starts according to the modified startup Option data, updated in the user interface configuration file corresponding to the program execution

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Page 16 200428281 V. Description of Invention (14) Process. Wherein, each program element in step 3 may be a piece of original code, and when the monitoring execution module wants to execute the program element, it can be compiled and executed step by step; the program element can also be compiled execution code. , So that the monitoring execution module can quickly complete the execution. Setting a program execution flow described in step 3 0 4 includes adding a new program execution flow, modifying an old program execution flow, or deleting an old program execution flow. The detailed process steps are as follows. Refer to the fourth and fifth figures and the following description. In step 306, a flow setting file may be stored in the storage device to store the flow setting data, and the storage device may also be a database to store the flow setting data. In the method for allowing a user to set a program execution flow by himself, the flow setting interface further includes data for the user to set startup option corresponding to a program execution flow, and the processing module further includes The set startup option data is stored in the storage device. The method further includes the steps of: Step 3 0 7. According to the startup option data in the storage device, an operation interface containing the startup option is generated for use by the user. , Each startup option corresponds to a program execution flow; and in step 308, the user selects a startup option on the operation interface, and the monitoring execution module executes the flow according to the program corresponding to the startup option 'Ί Buy the program setting flow of the program execution flow to 'execute each program component in order to complete the program execution flow.

Page 17 200428281 V. Description of the invention (15) The fourth diagram is a method for the user to modify a program execution flow. The method includes the following steps: Step 4 02, providing a plurality of program elements, of which, Each program element is written by a program developer after each program execution process in a plurality of proposed program execution processes is disassembled into a plurality of steps, and one of the steps is completed for execution; step 4 0 4 provides a plurality of Set program execution flows, wherein each program execution flow in the plurality of set program execution flows is composed of at least one of the program components, and the name of the at least one program component and its execution order are stored as pairs The process setting data of the program execution flow, step 4 06, provides a setting flow interface for displaying the names of the plurality of set program execution flows and their corresponding flow setting data, and is used for a user to select a program Run the process and modify the process settings corresponding to the program execution process, step 408, the program execution flow The modified process setting data of the program replaces its original process setting data and is stored in the storage device; and step 4 10, when the user starts a program execution flow, a monitoring execution module is used according to the storage device. Corresponding to the current flow setting of the program execution flow, the program components are sequentially executed to complete the program execution flow. In the above step 406, the process setting data corresponding to the execution flow of the program is modified. The setting flow interface allows the user to add a program element to the program execution flow and specify its execution order, or delete a program.

Page 18 200428281 V. Description of the invention (16) Components, or reordering, and then modify the several steps of the above steps for the user to select option data, for example, etc., and the step data replaces the original through the above-mentioned fixed interface, There are no several program component programs, and the startup options are set. Only program developers work on the program. Low overall development products and trading mechanisms are stored. Therefore, the execution of the one-system program shows that it is better than the standard. In the patent, the 俾 Jia example is only for the purpose of self-resolving the process setting data of the old program element in the program execution process. In 406, the operation setting interface can be further used to display the duplex execution process and its corresponding startup option data, and select one of the program execution processes and modify its corresponding startup such as changing the display content, size and In position 408, the startup option data of the startup selection modified by the program execution flow is stored in the storage device. The embodiment illustrates that it can be understood that, through a user with convenient programming capability, he can also easily select from A to Z to form the required startup options for the program execution flow. Whether it is the execution flow of the setting program or the need to modify the setting data in the storage device, there is no need to modify the program, recompile to generate new programs and updates, which greatly improves the flexibility and convenience of the program system and reduces costs. In addition, different users can set up different program execution flows according to different vendors and store them in this system. A variety of different commodities and different transaction machines can be processed in this system, which exceeds the efficiency and performance of general systems. Regardless of the purpose, means, and effect of the present invention, the technology is known to everyone, and I ask your reviewing committee to make a clear observation and to benefit the society as soon as possible. However, it should be noted that the above-mentioned facts are for illustration only, and the rights claimed in the present invention are subject to the scope of the patent, and are not limited to the above-mentioned implementation.

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Page 20 200428281 Brief description of the drawings [Simplified description of the drawings] The first diagram A: A system architecture diagram of an embodiment of the present invention. FIG. 1B is a system architecture diagram of another embodiment of the present invention. Fig. 2 is a schematic diagram of setting data of a database storage process according to an embodiment of the present invention. FIG. 3 is a flowchart of a method for executing a setting program according to the present invention. FIG. 4 is a flowchart of a method for modifying a program execution flow according to the present invention. [Illustration of drawing number] 1 0 ~ system; 1 0 0 to 1 0 0 Z ~ program element A to Z; 10 2 ~ setting interface generation module; 104 ~ processing module; 106 ~ storage device ; 108 ~ monitoring execution module; 1 ~ 10 ~ operation interface generation module.

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Claims (1)

200428281 6. Scope of Patent Application 1. A system for user-defined program execution flow, wherein the system is used to execute a plurality of program execution flows, each program execution flow consists of at least one step, and any of them A step may be included in more than one program execution flow, and the system includes: a plurality of program elements, one of which is a piece of code written by a program developer to complete a step in the plurality of program execution flows, and It is used for users to choose when setting a program execution flow; a setting interface generating module generates a flow setting interface to provide the user to browse the names of the plurality of program components, and select and set the required programs from them A component name and its execution order to set a program execution flow; a processing module that stores the program component name and its execution order set by the user as flow setting data corresponding to the program execution flow and stores it in a storage device ; A storage device for storing a plurality of program execution processes The process setting tribute material can be used by a monitoring execution core group to read the process setting lean material, and a monitoring execution module for reading a corresponding operation in the storage device when a user starts a program execution flow. The flow setting data of the program execution flow, and sequentially execute the set program elements according to the flow setting data, and monitor whether each program element is completed to continue to execute the next program element, thereby completing the entire program execution flow. 2. The system according to item 1 of the scope of patent application, wherein the setting of a program execution flow is to add, delete or modify a program execution flow. Page 22 200428281 VI. Scope of patent application 3. Code system according to application 4. System name sequence based on application interface can be used to reset 5. Process according to application system data According to the application system, it is a process of a data flow. 7. According to the application, it also includes the option data item data and the selection interface to start the automatic selection, and among them, the selected options are generated by the monitoring interface to generate one containing one of the options. The start-up selection corresponds to the system in which the execution execution mode requests the second item of patent scope, wherein the program element is one of the original code and the execution code. Please refer to the system of the first item of patent scope, in which the process is provided for the user to browse and select the set program execution flow for the user to add, delete the name of the selected program execution flow, or change the execution order of the program component name. Define the program execution flow. The system according to item 4 of the patent, wherein the storage installation file is used to store the flow setting of the program execution flow. The system according to item 4 of the patent, wherein the storage container has a plurality of specific fields to store the Program execution data. Please refer to the general system of item 1 of the patent, where 'the' process is set for the user to set a program execution process, and the processing module further includes storing the process setting data set by the user to initiate the corresponding process setting data. In the storage device, the system further includes: a module, an operation interface based on the startup options in the storage device for use items, wherein each operation on the operation interface starts a program execution flow; and When the user selects a startup option on the operation interface, the group executes the process according to the program corresponding to the startup option. Page 23 200428281 VI. Scope of Patent Application: Buy the program setting flow of the program execution flow to set the materials' to execute each program element in order to complete the program execution flow. 8. The system according to item 7 of the scope of patent application, wherein when the user sets a program execution flow to add a program execution flow, the flow setting interface further includes a user interface for adding a program corresponding to the new Add the startup option data of the program execution process' and store the new startup option data in the storage device. 9. The system according to item 8 of the scope of patent application, wherein the newly added startup option data includes information such as display content, size and position for setting the startup option as startup option data. I 0. The system according to item 7 of the scope of patent application, wherein the process setting interface is more available for the user to modify the startup option data of a program execution process, and the processing module according to the startup option data modified by the user To update the startup option data in the storage device corresponding to the program execution flow. II. The system according to item 7 of the scope of patent application, wherein the processing module stores the startup option data set by the user in an operation interface configuration file of the storage device, and the operation interface generates a module, which is According to the startup option data in the operation interface configuration file, an operation interface including more than one startup option is generated. 1 2. —A method for the user to set the program execution flow. The method includes the following steps: Provide a plurality of program components, wherein each program component is executed by the program developer. Each program execution flow in the flow Page 24 200428281 6. After the patent application process is disassembled into a plurality of steps, a piece of code written for the completion of one of the steps is provided; a flow setting interface is provided to display the names of the plurality of program elements, For a user to select the program component name he needs and set its execution order, and then set a program execution flow; the program component name and execution order selected by the user as the flow setting corresponding to the program execution flow The lean material is stored in a storage device; and when a user starts a program execution flow, a monitoring execution module executes each program element in sequence according to the flow setting data corresponding to the program execution flow in the storage device. To complete the program execution process. 1 3. The method according to item 12 of the scope of patent application, wherein a piece of code of the program element is the original code. 14. The method according to item 12 of the scope of patent application, wherein a piece of code of the program element is a compiled execution code. 15. The method according to item 12 of the scope of patent application, wherein setting a program execution flow includes adding, modifying, and deleting a program execution flow. 16. The method according to item 15 of the scope of patent application, wherein the process setting interface further includes a user program for browsing and selecting a set program execution process to add or delete program components in the selected program execution process Name, or change the execution order of the program component names to reset the program execution flow. 17. The method according to item 16 of the scope of patent application, wherein the storage device stores the flow setting data in a flow setting file. Page 25 200428281 6. Scope of patent application 18. The method according to item 16 of the scope of patent application, wherein the storage device stores the process setting tribute in a tribute storehouse. 19. The method according to item 12 of the scope of patent application, wherein the process setting interface further includes a method for the user to set startup option data corresponding to a program execution process, a corresponding program execution process, and the processing module. The group further includes storing the startup option data set by the user in the storage device, and wherein the method further includes the steps of: generating an operation interface including more than one startup option according to the startup option data in the storage device; For the user to select one of the startup options, and each of the startup options on the operation interface corresponds to a program execution flow; and wherein the monitoring execution module reads the program execution flow corresponding to the startup option selected by the user, and reads Take the flow setting data of the program execution flow, and sequentially execute each program element to complete the program execution flow. 20. The method according to item 19 of the scope of patent application, wherein when the user sets a program execution flow to add a program execution flow, the flow setting interface further includes a method for the user to add a corresponding The newly added program execution process starts the remote item data and stores the added startup option data in the storage device. 2 1. The method according to item 20 of the scope of patent application, wherein a newly added startup option data includes information for setting the display content, size and position of the startup option as the startup option data. 2 2. —A method for the user to modify the program execution flow. The method includes the following steps: Page 26 200428281 6. The scope of the patent application provides a plurality of program elements, in which each program element is decomposed into multiple steps by a program developer in each of a plurality of planned program execution processes. Completing a piece of code written by completing one of the steps; providing a plurality of set program execution flows, wherein each program execution flow in the plurality of set program execution flows is composed of at least one of the program components, The name of the at least one program element and its execution order are stored as process setting data corresponding to the program execution process, and a setting process interface is provided to display the plurality of set program execution processes and their corresponding process settings. Data and used by a user to select one of the program execution processes to modify its corresponding process setting data; to replace the original process setting data with the modified process setting data and store it in the storage device; and when the user starts When a program is executed, a monitoring execution module is used. According to the storage device corresponding to the latest program execution flow to the feed flow setting Gong sequentially executes each program element ^ to complete the program execution flow. 2 3. The method according to item 22 of the scope of patent application, wherein the process setting data corresponding to the program execution process is modified by the user adding a program element to the program execution process through the setting process interface and Specify its execution order, delete a program element, or change the execution order of old program elements. 24. The method according to item 23 of the scope of patent application, wherein the operation setting interface is further used to display the plurality of set program execution flows and their Page 27 200428281 VI. Patent application scope corresponding startup option data, and provide the user to choose one of the program execution process and modify its corresponding startup option data, the method further includes the steps of: the modified startup option data Instead of the original boot option data, it is stored in the storage device. 25. The method according to item 24 of the scope of patent application, wherein modifying the corresponding startup option data includes changing the display content, size, or position of the startup option.