TW201009688A - Method and system of editing workflow logic and screens with a GUI tool - Google Patents

Abstract

A workflow management system provides a graphical user interface (GUI) tool that allows a user to create and/or edit workflow logic without requiring the re-writing and recompiling of the application software, and without interrupting the operability of the application software at any time. The GUI tool allows the user to simultaneously view and create and/or edit the corresponding application screen where the workflow logic is applied in the application software, while the user creates and/or edits the workflow logic. The user creates and/or edits the workflow logic by selectively combining the available parameters that are provided in spoken language syntax by a context sensitive menu. The workflow logic statements are made available for the application software to call at the appropriate times. The GUI tool works in conjunction with a dynamically configurable database.

Description

201009688 VI. INSTRUCTIONS: TECHNICAL FIELD OF THE INVENTION The present invention relates to workflow management systems, and in particular to a system and method for creating and/or editing business workflow logic using a graphical user interface. [Prior Art] Xu Xi business uses application software to manage and analyze workflows. Workflow software applications potentially increase productivity and efficiency by assisting and/or automating the control of business functions and processes, including work orders 'logistics, inventory management, manufacturing, transaction approval, and verification.' Each business entity implements its own unique business process that changes with its industry, organizational structure, and unique business plan. As a result, companies typically develop custom software to meet the specific requirements of their business processes. Many software applications cannot easily adapt to changes to the company's business plans and processes that require modification of the application's workflow logic or require the addition and/or redefinition of f-fields in the system. Modifying the application's worker #flow logic usually also requires modifying the application's user screen or adding a new user screen. Updating a custom software application to accommodate a company's business plan The process change typically requires the programmer to rewrite, recompile, and test the application. If an error is found in the test, the application may need to be further revised, which will delay the implementation of the necessary updates to the system. Therefore, updates to customer software are costly in terms of financial resources and time delays. 201009688 Workflow software applications need to be able to adapt to business changes User edit workflow logic. However, such configurability = several design issues must be overcome. Applications that enable users to freely write logic statements while editing workflow logic have the opportunity to make programming errors that may be unobtrusive to the user and can corrupt the system. Applications that allow users to create or edit workflow logic statements often require users to have advanced knowledge of logic programming using program editing tools. Designed to provide simple user affinity; the software of the editor: Tools may limit the provision of logic functions used in workflow logic. ... A further problem in the design of user configurable workflow applications is that only workflow logic statements are displayed for editing. View the workflow statement in the environment, the application ί: The staff of the workflow process. The creation and editing of the heart-and-forth screen with the new workflow logic is usually done by I = two as a separate task. The task of coordinating the necessary application glory with changes in workflow logic by using multiple processes and graphical user interfaces is time consuming " m used from τ R and makes it prone to problems that are not obvious to the user And inconsistency. The new changes will be replaced by 5 丨丨 ^ ^ $ should be $ soft to recompile the software and the enemy secret ^ machine logic to restart the system. The operability of the system is temporarily restarted. This may be a high cost disruption to the business. New changes require further testing and tuning, which can cause if compilation and downtime. The re-enforcement of the new and revised workflow logic is integrated into the system without re-rendering. 5 201009688 Existing software for writing and recompiling the system requires the use of a parsing tree, which reduces the processing speed and efficiency of the system. Existing software that allows users to create application screens for workflows must be designed from the outset to include all necessary screens and fields to meet the needs of each business process. Such screens can be overloaded, traps and messages that are often not needed for most standard business processes and can be confusing and inconvenient for workers. What is needed is a system that utilizes a user-friendly graphical user interface tool that allows a user to create and/or edit workflow logic for application software with minimal chance of error and efficiently create and/or edit corresponding workflow applications. The program screen is rewritten and recompiled without the application software that would otherwise interrupt the operability of the application. SUMMARY OF THE INVENTION The present invention is a graphical user interface for a corresponding application screen that allows a user to create and/or edit a workflow and simultaneously view, create, and/or edit work with the workflow logic in a workflow management system ( GUI). The user-friendly design of the GUI tool allows the user to implement the tool without the need for a high-level programming language. The GUI tool provides a context-sensitive menu of functions, operators, stops, and variables that the user uses to create and/or edit workflow logic in a user-friendly spoken grammar. The contextual menu of GUI tools effectively prevents users from generating grammatical errors during the process of creating or editing workflow logic. Therefore, GUI tools can give users the flexibility to create and edit workflows while preventing grammatical errors from damaging the system. 201009688

The Gm tool also provides users with the ability to view, create, and edit application screens that work in conjunction with work logic. The application workflow screen is displayed to the staff in the business workflow to assist them in various business processes. This innovative solution allows users to simultaneously create and configure application screens that work according to the workflow logic defined with ^. The ❹ ❹ system is also designed to integrate any changes to the workflow and application screens without having to rewrite and recompile the application. The user can therefore make changes to the workflow logic and the program screen without interrupting the operability of the workflow management system at any time and without any downtime. A graphical user interface program for editing workflow logic is provided, the program includes a graphical user interface tool that simultaneously displays the following screen regions: a screen area where the application honor screen is editable; a second screen area Where the workflow logic is editable; a third screen area that provides context-sensitive menu 1 and fourth screen regions for a plurality of widget components for presentation in spoken grammar for use in editing the stream logic A menu of data fields and repeatable intercepts that can be used to create a workflow flow logic statement for the workflow logic. The data field m added by the library including the ail user to the drawing; the facet tool can be edited. (4) New Workflow The logic statement replaces the workflow logic statement, and the workflow logic can be edited. The logic flow logic can be edited to include a plurality of data shelves and repeatable items and their arrangement. Workflow logic can be further editable by generating new context logic statements and including previously added or newly added fields in the repository. 201009688 can dynamically update the fourth screen area to correspond to changes to the block in the database. The workflow logic can be edited by the following steps: The workflow logic is generated by including the operators, functions, and fields provided in the context-sensitive menu. Workflow logic can be edited by providing a construct for applying a while loop. The construct used to apply the logic test to all fields can be in a repeatable item, and in all of the intercepts within the repeatable item, which is a level of nesting within the repeatable item. Editing can be done by modifying the screen to include the newly added or modified rotten app in the database. By replacing the application screen with the new application, the application screen can be further editable. The screen can be edited to include any number of fields and data: = and two. The application screen can also be edited by creating a new application screen and adding two: built::: booths. The subscreens can be further editable by creating sub-screens for the docking and repeatable shifts. A system for dynamically integrating the workflow and the application screen with the application logic for the execution of the package, the storage package, and the storage system should be provided. Multiple intercept screens, executables corresponding to workflows... Complex blocks and service-provided screen areas for using multiple defined functions with 2 user operators 'plurals of closed space 4 multiple logical and several The key and the plurality of workflow workflow logics are created in conjunction with the & 1 & water business workflow to generate workflow workflows that work with the workflow of the business workflow 201009688, including fields and repeatable stops. The graphical user interface tool allows new or modified blocks or new or modified repeatable blocks to become available when new or modified fields or new or modified repeatable blocks are added to the library. . The plurality of fields and the plurality of repeatable fields can be stored in the database as an Extensible Markup Language (XML) code. The graphical user interface tool can provide a menu of context-sensitive parameters in a spoken grammar to create workflow logic, and a representation of hand workflow logic that can be used to create an application screen that cooperates with the workflow logic can be presented in a spoken grammar, which Spoken grammar can be converted to a Win-Win code that is stored on the database and becomes available to the application. Similarly, the representation of the application screen can be converted to a code stored on the database and made available to the application. Other advantages of the present invention will become apparent from the detailed description and examples of the present invention. ❹ [Embodiment] The present invention can be implemented in many different configurations, forms, and design elements. The drawings and the description of the present invention are set forth in the following description. Those skilled in the art can pre-rough out many possible variations within the scope of the invention. ~ Workflow system includes graphical user interface ((4)) Guard... User creates and/or edits workflow logic and simultaneously views, creates, and/or edits the application work of 201009688 and workflow logic Streaming screen. The figure illustrates the components in the GUI Workflow Screen Tool 10 called Genesis. The GUI Workflow Screen Tool 10 provides: a screen area of the Workflow Editor 20 for the user to create and/or edit workflow logic; a screen area of the Screen Editor 30 for viewing, creating, and/or editing with the Lu The corresponding work of the ear (Ojfc W··« , ,. is the screen of the machine, in which the workflow logic is applied to the application; the screen area of the context-dependent editor is provided to be created within the workflow logic and/or Edit Logic Statement #Allows context-sensitive menus for parameters; and the screen area of field menu 50, which provides data blocks and repeatable sheds. This is also known as "repeatable". The bits are the following blocks, which are often repeated in many rows and are also called the table age in the HTML paradigm. 2 illustrates an exemplary computing loop in which the present invention may be implemented. Those skilled in the art will recognize that other computer systems can be utilized to implement GUI tools. (10) The workflow screen tool 1 can be implemented in the workflow management method 71. The workflow can be accessed via an internal network (intranet) or network 74 such as the Internet Department's remote desktop client 72 and/or wireless mobile client 73 and the database 77 Manage application life ^. The database 77 is used to store messages related to f-blocks, repeatable blocks: workflow logic, and application screens. You can mention 201009688 pieces, functions, and libraries. The workflow logic and application screens, once defined, can be stored in database 77 for use by one or more clients 72, 73 in executing the workflow. 〇

The workflow can be used for any type of business or other activity, while Figure 3 illustrates an exemplary industry red flow 8G for meter replacement. The staff performs the meter change operation in accordance with the necessary procedures defined by the business workflow 80. In step 81 of workflow 80, the staff verifies that they have arrived at the correct address and verified the correct meter ID declared in the work order. At step 82, the staff identifies whether the meter is a “(ordinary) meter or whether the meter is a “Smart” meter. If the meter is a “regular” meter, the staff takes steps 83a, this step requires the import of "(10)reading". If the meter is "Smart", the meter performs step 83b, which requires the import of "Old reading" and the import of "De_d read". Proceed to step 84, which requires disassembly of the old meter, @installing the newly replaced ten gauge and collecting the new meter ID. Step 85 indicates that the workflow is complete. Reference, Figure 4 'Application 71 allows the user to create and configure the application From screen to 98, these application screens are used in workflow 90 to assist in the necessary and accurate implementation of the business workflow 80 shown in Figure 3. 92) to 98 with user-defined workflow logic (such as 91) Working collaboratively and in essence is the presentation layer of workflow logic. With 201009688 users can create multiple screens that work together to form the necessary stages of I & The full workflow is 9. The screen 98 effectively provides a one-to-one mapping and convenient review of the system workflow logic 90 relative to the business workflow. Figure 5 through Figure 1 illustrate the formation in Figure 4. A series of screen configurations of the complete work section shown. Each screen represents a separate process within the business workflow 80 as shown in Figure 3. Figure 5 illustrates the use of GUI tools to configure presentation on a worker's mobile device The workflow screen 37, which effectively represents step 1 of the business job and screen 93 within the workflow 90. The screen 37 asks the staff to enter the address and the meter ID to verify that they are at the correct work order location. The GUI tool allows the user to simultaneously view and configure workflow logic 21 that works in conjunction with the workflow screen 37. The workflow logic 21 is configured to show within the business workflow 80 after the worker has entered and verified the address and meter ID. The "What Type Of Meter" screen 94 of step 82. Figure 6 illustrates the configuration screen 37 to display the ''What Type Of Meter' of the step 82 that effectively represents the business workflow 0 8〇 Type of meter) "screen 94. Screen 94 requires staff to enter meter id and meter type" Workflow Logic 21 is configured to be metered if staff For "Regular", the meter shows "Regular Screen". When the meter is identified as different from "Regular, Tenth: Device" workflow logic 21 is configured to "Smart Meter Info," screen is shown. 12 201009688 FIG. 7 illustrates "Regular Screen," 95 of configuring screen 37 to represent step 83a of business workflow 80. Screen 95 requires the staff to enter meter readings from the old meter into the "Old Read" block and provide a ''Annotation' field to allow the import of applicable comments. Workflow Logic 21 A "NewMeter" screen 97 is shown that displays step 84 of the business workflow 80 after the worker has completed entering the necessary information. Figure 8 illustrates a configuration screen 37 to display a representation of the business workflow 80. Like the “Smart Meter Info” screen 96 of step 83b, the screen 96 asks the staff to enter the “〇 Read Read”, “Block” and “Old Demand” blocks. The information is also provided with a "Comment" to allow the import of applicable comments. The Workflow Logic 2 1 is configured to not step out of the Business Workflow 80 after the staff has imported all necessary information. 84 "New Meter" screen 97. Figure 9 illustrates a "New Meter" that configures screen 37 to display step 84 representing the business workflow 8〇. '97 screen. After the worker has actually replaced the old gauge with the new gauge, the worker is asked to enter the new gauge ID and enter a new gauge reading in the “New Read” stop. The workflow logic 21 is configured to show a ''c〇mp丨Screen' screen 98) after the worker has entered the new meter ID and the new meter reading. Figure 10 illustrates the configuration screen 37 to display the representation. Business Workflow 8〇 Step 85 of “Completed,” Screen 98. The screen % is configured 13 201009688 to display a message to inform the staff that the meter replacement has been successfully completed. Workflow logic 21 shows that no subsequent screens are needed, which effectively creates an end point in the workflow. GUI Tools 1 allows you to create and configure screens to collect data from the staff to execute workflow logic. It is also possible to create and configure a screen to display messages from workflow logic processing' and/or request additional information from the guardian to perform additional workflow logic' or to provide staff with information related to immediate tasks on hand. Referring to Figure 1, the user can utilize the screen editor 30 to create and configure the screen. The user can choose to create a new screen using the new screen button 32 and define a name for the system, or use the screen drop-down menu 31 to select the screens listed in the Screen menu for editing. The user can use the start screen button 33 to set a screen for the start screen for the specific workflow 9ι. The user can configure the screen by adding a field from the (Block) menu and using the text box on the I column to insert a text box (4). Blocks and text boxes are used by staff to collect data to handle workflow logic such as user-defined. Drag and drop the block and repeatable items available from the Fields menu to the screen area 3G, or add a block box to the appropriate screen by pointing to and pointing to the device such as the mouse.

The Fields Menu 50 provides blocking and repeatable items from the Dynamic Configurable Library. New and/or revised blocks in the database 77 can be used by the immediate GUI workflow screen tool 10. The field has multiple attributes that can be configured by the user. Examples of barrier properties include markup, width 'height, type 201009688 orientation, mandatory, read-only, and label order. The system prevents the user from deleting the interceptor 51 that has been incorporated into the logical flow statement or has been referenced from the repository 77. All the blocks and related attributes are stored in the database 77 as xml data. The user can also configure the screen with one or more sub-screens 37 called "Groups" for grouping the block and text boxes together. Grouping of blocks provides a convenient means of presenting and locating fields and text boxes on the screen. The user can configure the sub-screen for the screen by pressing the button 35 from the toolbar to select the sub-screen 37. The block can be directly added to the area of the sub-screen 37. The sub-screen 37 can be positioned and sized to accommodate multiple stops by dragging the size adjustment handle 38 provided on the side of the sub-screen π. The field can be positioned within the curtain by dragging the position handle 39 provided on the side of the block (left side in Figure ι). The beginning of the configuration is stored in the database 77 and becomes available for use. The drop-down selection that becomes available when the drop-down menu option 34 is selected from the toolbar selects/raises the sub-screen 37 that has been added. The user can choose to pull down the m4 towel (4) to edit or divide the material. It can also be curtain 37. Clicking on the pointing device on a separate sub-screen area to select the sub-spots separately provides the ability for the user to create and configure the screen, to display the user's capabilities, and/or to retrieve it from the staff to perform the business. Workflow 8 〇 卩 取 取 用 用 用 用 用 用 取 取 取 取 取 取 取 取 取 取 取 取 取GUI Tools=Make: Accuracy and Highness of Business Processes within 8〇. Having the flexibility to create and configure screens. These screens provide timely information and may be of interest to staff during the trip. And to avoid showing too much confusion and inconvenience in the business process and irrelevant information. Refer to Figure 1 1. Work Jiejie gg. </ br> 辑 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 You can create and/or edit the workflow logic by selecting the work, the device 21 in the machine logic, and then selecting the option 22 from the toolbar. Or 91 ^ ^ ^ ^ &amp; test by right-clicking on the component ❹ 21 using the pointing device. The Workflow Editor 2〇 then provides you with a weeping μ λλ ^ fork for the user to create and/or edit the Work &amp; Logic context to allow the construction of a context-sensitive menu. The user can select only the options provided within the menu that allows configuration 41. This prevents user input from breaking the syntax error of the workflow logic. For example, refer to the figure &quot;, when the user selects "Workflow" of "Bamboo η η" in the workflow editor 2

For component 21, the GUI tool is also a menu for allowing the configuration 41 of the workflow logic to be configured. Referring to Figure 12' when the user selects: "Variable" element 24 within stream editor 2G, the context-sensitive menu of configuration 41 is allowed to only provide the user with an allowable "variable" for defining new variables, , option. Referring to Figure 13 'When the user selects "Tests", component 25, 'Workflow Editor 2' provides "Tests", a unique menu for component 25 that allows configuration 41, including "Test" Test),,, Tests, and ρ〇Γ Each Repeatable Item. 16 201009688 Referring to Figure 14, when the user selects the "When" element 26, the workflow editor 20 provides a context-sensitive menu for the allowable construct 41 of the "The" element 26, including "If" ,,, “When”, “Set2”, “Show”, “, “ρ〇Γ Each Repeatable Item2” and “Run”. Referring to Figure 15, when the user selects the "Else" element 27, the workflow editor 20 provides a context-sensitive menu for the Allow© construct 41 for the "Else" element 27, including "if". ,, "While", "Set2 (set value 2)", "Sh〇w (display),,, "F〇r

EaChRepeatableItem2 (for each repeatable item 2), and "Run". Referring to Figure 16, when the user selects the "While" component 28, the workflow editor 20 provides a context-sensitive menu for the allowable construct 41 of the "While" component 28. The user selects the configuration within the workflow logic from the workflow (4) 2Q. The context-sensitive editor 40 provides the user with context-sensitive parameters for the selected configuration. The user can use the parameters of the 4th and the string view editors to configure the workflow logic statement. The above program: The user only provides the user with the allowed syntax options for: a syntax error occurs when editing the logic statement. The context-sensitive editor 4 provides relevant parameters in the spoken grammar for user affinity. Value) Figure: Let Figure 2V: Select the workflow editor for the upper V text. 2° The parameters that the editor 40 can provide. 17 201009688

The Set 29 command represents the following construct:

Set Z = X {Operation} Y where the context-dependent editor 4 〇 provides the "X", "γ" and "ζ" parameter sets for the configuration of the "" value (set 17 for the purpose of configuring for "z" The parameter type of the parameter ^ option. The drop-down option provided by the figure is 43. The icon is shown as an example to the user to select menu 43 to select "Field", option 44 has been

Parameter type 42 of the parameter. Fig. 18 is a diagram showing the user having selected "p·" as an example for the 'Z (operation)' element 45. ~ Comment hll (fill in), option 47 to allow the staff to enter values for multiple "X" pairs. The example in 7^8 illustrates how the context-dependent editor 4() is only centripetal = the relevant and grammatically correct user for creating and/or editing the workflow logic can also be provided by using the toolbar 23 The positioning arrow reorders the sequence of workflow statements to revise the workflow. Referring to Figure 11, the _tool 10 allows the user to utilize the "If (if y', "Tests (multiple tests),", "Ιη (")", "Else (other)''," when creating the workflow logic w Foreach (for each item), α

While "when" (shown), and "Han Xian (Run)," functions as constructs 41 to implement complex workflow definitions. Referring to Figure 2, the system utilizes construct 101 to provide a while loop for use in processing workflow logic. Referring to Figure 21, the system utilizes the construct 102 to allow logic testing to be applied to all fields within the 18 201009688 repeatable item. Repeatable fields can also be nested within repeatable intercepts and can be described as "one-levei_nested" in such cases. System construct 102 can also be used to apply logic tests to repeatables. All fields within a category that are nested within a repeatable field. Construction 102 allows for a comprehensive analysis of repeatable and first-level nested repeatable intercepts when processing workflow logic. Figure 22 illustrates the use The programming language ι 〇 3 for constructing 102 of the repeatable item in "Tests" as shown in FIG.

The GUI Workflow Screen Tool 1 integrates the workflow logic into a structure that can be used for the application software. (4) Explain the new or edited workflow logic without rewriting or recompiling the application software and interrupting the operability of the application at any time. Referring to Figure 19, the system integrates workflow logic using an Extensible Markup Language (XML)-based programming language that provides programming constructs such as variables, conditions, operations, loops, and custom actions and allows the user to utilize variables and global variables. Auxiliary. The language is loaded as an XML document when the user changes the upload library. Weep: You can use the Document Object Model (D〇M) method to traverse the work, and the system uses the DOM to execute the logic-defined instructions. For desktop computers, servers, or pDA consumer devices - write and compile common top J projects and then read the XMX definitions for the documents and allow customers to use the documents and libraries 72, 73 Workflow. The client application serializes the XML code to the object that can be evaluated for the XML command node. The application is loaded with the relevant document 19 201009688 at startup and is reloaded when notified. Although the preferred embodiment has been described in detail for purposes of illustration, it should be appreciated that the particulars of the invention are Modifications are within the scope of the invention. A change of the device or a simple description of the drawing FIG. 1 illustrates an associated component area according to the present invention; a user interface tool and FIG. 2 illustrates a block diagram of a computing environment according to a preferred embodiment. ; , can implement the flow chart of the business workflow of Figure 3; the work L4 is a flow chart showing how each process is displayed by the application screen _ =, where the application screen is effectively shot, logically relative The business workflow shown in Figure 3 - the second mapping for ^4 is in the middle: two screen shots "(10) one), which shows the interest), the "Verify lnf" (verification) How to use the tool widget to configure the application screen and the corresponding workflow logic; the coherent map is a screenshot of the GUi tool, which shows "What Type 〇f Meter (what type) for the system workflow in Figure 4:益) "越·曾皇爱綦, how to use the tool components to configure the workflow logic of the application; Figure 7 is a screenshot of the GUI tool' which shows the system work for the 2010 20100688 Stream of "Reg Ural Screen, J, how to use the tool widget to configure the application screen and the corresponding work logic; Figure 8 is a screenshot of the GUI tool illustrating the workflow for the system shown in Figure 4. “Smart Meter Info” 'How to use the tool widget to configure the application screen' and the corresponding workflow logic; Figure 9 is a screenshot of the tool [GUI], which is shown for the figure The "New Meter" of the system workflow shown in 4, ι m Α «How to use the tool widget screen to configure the application screen and the corresponding workflow logic. Figure 10 is a screenshot of the GUI tool, It illustrates the "Complete Screen" for the system workflow shown in Figure 4, how to use the tool components to configure the application screen and the corresponding workflow logic; Figure 11 is a screenshot of the GUI tool, It illustrates a context-sensitive menu that allows for construction when the user selects the ''Workflow'' statement); Figure 12 is a screenshot of the GUI tool, which shows A context-sensitive menu of allowed constructs provided when the user selects the Variable statement; Figure 13 is a screen shot of the GUI tool that illustrates a context-sensitive menu of allowed constructs provided when the user selects the Test function; Figure 14 is a screenshot of a GUI tool that illustrates a context-sensitive menu of allowed constructs provided when the user selects the '' Then' function); Figure 15 is a screenshot of the GUI tool, which illustrates when the user selects 21 201009688 "Else (otherwise the V-function provides a context-sensitive menu that allows for construction; Figure 16 is a screenshot of the GUI tool that illustrates the context-sensitive menus that are allowed when the user selects the While function; 17 is a screenshot of the GUI tool that illustrates the allowed parameters provided by the context-dependent editor when the user selects the "Z" variable within the Set configuration; Figure 18 is a screenshot of the GUI tool, Figure Shown by the context-dependent editor when the user chooses to configure the Set (the "〇perati〇rl (operation)" component in the construct Figure 19 is an example of a workflow programming language; Figure 20 is an example of a unique construct for utilizing a while loop in workflow logic; and Figure 21 illustrates for incorporation in workflow logic An example of the unique construction of a repeating block.

Ming said the number of symbols to be the main rL no 22

Claims (1)

201009688 VII. Patent application scope: 1. A graphical user interface program for editing workflow logic, including: a graphical user interface tool, which simultaneously displays: a first screen area, wherein the application screen is editable; the second screen An area, wherein the workflow logic is editable; a second screen area providing a context-sensitive © menu for a plurality of workflow components for use in collating the spoken language syntax for editing the workflow logic; A four-screen area that provides a menu of data fields and repeatable stops that can be used to create workflow logic statements for the workflow logic. 2. The graphical user interface of claim i, wherein: 'the workflow logic is editable by a data field comprising a material material accessible to the graphical user interface tool. 3. According to the graphical user interface described in item 2 of the patent application scope = Replace the workflow logic statement with the new health flow logic statement: The workflow logic is further editable. 4. According to the graphical user interface described in the first application of the scope of the patent application, the workflow logic is further programmable and repeatable and the data is included in the plural. The information is $1 per unit and the arrangement of repeatable items. 5. According to the scope of the patent application, by generating a new workflow logic = graphical user interface 'added or newly added barriers, the previous addition including the poor library 6. According to the scope of the patent application 5 Item = Step - Step can be edited. The graphical user interface, 23 201009688, describes the fourth screen area being dynamically updated to correspond to changes to the block in the database. 7. The graphical user interface of claim 1, wherein the workflow is generated by generating the workflow logic comprising an arrangement of operators, functions, and intercepts provided within a context-sensitive menu. The logic is further editable. 8. The graphical user interface of claim 7, wherein the workflow logic is progressively editable by providing a configuration for applying a whlle loop. 9. According to claim 7 The graphical user interface, wherein a 'configuration is provided for applying a logic test to all of the shelves in the repeatable item' to &amp; apply to the repeatable item within the repeatable item All the sheds. 10. The graphical user interface of claim 1, wherein the application screen is further editable by modifying the screen to include newly added or modified fields in the database. U_ According to the graphical user interface described in claim 1 of the patent application, the application screen is further editable by replacing the application screen with a new application screen. 12. The graphical user interface of claim 1, wherein the application screen can be editable, including any number of fields and repeatable 櫊# π, +. _ , β rot And any arrangement of the fields and repeatable fields. 13. According to the graphical user interface described in claim 1 of the patent application, in 24 201009688, the application screen is further editable by generating a new application screen and adding previously added fields in the database. 14. The graphical user interface of claim </ RTI> </ RTI> wherein the application screen is further editable by creating a sub-screen to divide the location and repeatable fields. 15. A system for dynamically integrating a workflow logic with an application screen logically associated with the workflow, the system comprising: an application for executing the workflow Logic and the application screen; a database storing a plurality of blocks and a plurality of repeatable shelves and an executable construct corresponding to the business workflow; a graphical user interface tool that provides a user with a glory area for creating workflow logic for (4) business workflows using a plurality of compliant functions, a plurality of logical operators, a plurality of keywords, and the plurality (4) 'Application screens that include interception and repeatable interception, in conjunction with generating the workflow logic of the business workflow. 16. The system of claim 15 wherein the graphical user interface tool causes a new or modified stop or a new or modified repeatable field to be in the new or modified stop. Or the new: or modified repeatable intercepts become available when added to the database. 17. The system according to claim 16, wherein the use of, the plurality of blocks, and the plurality of repeatable blocks are stored in the said π·Ping A as an Extended Markup Language (XML) code. . The system described in claim 15 wherein the graphical user interface tool provides a menu of context-sensitive parameters in a spoken grammar to create the workflow logic. 19. The system of claim 15, wherein the graphical user interface widget provides means for creating an application screen that is logically coordinated with the workflow stream. 20. The line of claim 15, wherein the representation of the workflow logic is presented in a spoken grammar that can be converted to be stored on the database and become available The XML code of the application. The system of claim 15, wherein the representation of the program title is converted into an XML stored on the database and available for the application. code. Eight, schema · (such as the next page) 26