TWI606395B - Method and computing apparatus of executing progress management program - Google Patents

Description

Execution method of progress management general program, and computer device for displaying program progress

The present invention relates to a program executed in a computer device having a computing function, and more particularly to a general-purpose program executed in a computer device.

After a program is executed, it usually jumps out of a window with specific information. However, after the implementation of the "AA program" as shown in Figure 1, a window 10a pops up, and the window content only informs the user that "AA program update. Please wait for... (Program is updating AA, Please waiting...), the user cannot know the execution status of the "AA program". In order to increase the progress status display of the utility, the source code of the program must be modified individually. If the code of the application is complicated, or if there are multiple applications at the same time, it will increase the development cost and time of the user or manager.

The object of the present invention is to provide a general program for progress management, which can nest any program and display the progress status of the program without changing the source code of the program.

The object of the present invention is to provide a general program for progress management, which can nest any program, and only needs to adjust the input of parameters, that is, can display the progress status of the aforementioned program, and save development time and cost.

To this end, the present invention provides a method for executing a general program of progress management, which is executed in a computer device having a computing function; the computer device presets at least one working program, and the execution method of the progress management universal program is included The step of: establishing at least two working parameters according to the selected one of the working programs, including a name parameter and an estimated time parameter; calling the working program according to the name parameter, starting the working program and generating a progress display interface; and detecting The work program displays a detection result on the progress display interface; wherein when the detection obtains a completion signal, a completion screen is displayed on the progress display interface; when an unfinished signal is detected, the work is compared One of the program elapsed time and the estimated time of the work program to obtain a current ratio, and a progress ratio display screen is displayed on the progress display interface, and the step is repeated.

To this end, the present invention provides a computer device for displaying program progress, comprising a screen, and an operation unit for executing at least one work program, wherein the computer device has a schedule management general program, according to the selected one of the work programs. Establishing a name parameter and an estimated time parameter in the schedule management general program setting; the operation unit calls and starts the work program according to the name parameter, and displays a progress display interface on the screen; the operation unit repeatedly detects the work a program: when the detection obtains a completion signal, a completion screen is displayed on the progress display interface; when an unfinished signal is detected, it is obtained by comparing the elapsed time of the work program with the estimated time of the work program. A time ratio, the current display screen displays a current ratio screen.

10‧‧‧Computer equipment

12‧‧‧ arithmetic unit

20, 30‧‧‧Working program

14‧‧‧ screen

16‧‧‧ Firmware

40‧‧‧ Progress Management General Program

41‧‧‧Command Interface

42‧‧‧ Progress display interface

S1~S5, S11~S12, S21~S25, S31~S33, S331~S332‧‧‧ steps

A‧‧‧Replacement box

1 is a display window which is jumped out after executing a utility program; FIG. 2 is a system diagram of a computer device in the present invention; FIG. 3 is a flow chart of steps of a general program for progress management according to the present invention; 3 is a partial flow chart of FIG. 3; FIG. 5 is a partial flow chart of FIG. 3; FIG. 6 is a command interface of a general program of progress management; FIG. 7 is a progress display interface generated after calling a work program; Figure 8 is another embodiment of the command interface.

Referring to FIG. 2, a computer device 10 has at least one computing unit 12 and a screen 14. The computer device 10 presets executable programs 20 and 30, and each of the working programs 20 and 30 is pre-configured. In the operation interface (not shown), the arithmetic unit 12 has an arithmetic function and can execute the work programs 20, 30. A schedule management general program 40 is executed by the computing unit 12 of the computer device 10. Please refer to FIG. 3 at the same time. The schedule management general program 40 can be nested into the aforementioned working programs 20 and 30 by the following steps to obtain the working programs 20 and 30. Progress information at the time of execution; the steps include, but are not limited to, the following: start the progress management general program 40, and proceed to step S1, which includes at least steps S11, S12.

Step S11: The schedule management general program 40 (named "usiprogress" in this embodiment) first loads a command interface 41, as shown in Fig. 6; at this time, at least two working parameters are initialized, including: a name parameter "FILENAME" and a pre- Estimate the time parameter "TIME".

Step S12: The schedule management general program 40 accepts a name and an estimated time input by the user, and is "AA_update.exe" and "20" in the present embodiment (the time unit is preset to "second"). The user selects the work program 20 first, and inputs the name "AA_update.exe" and the estimated time tp of the corresponding work program 20 on the command interface 41 for the name parameter "FILENAME" and the estimated time parameter "TIME", respectively. 20 seconds)". The estimated time tp for executing the work program 20 is an arbitrary estimate, which may also be an empirical estimate; it may be artificially predicted or calculated by other programs. Since the purpose of the parameterization is to enable a plurality of variables to be expressed in one of the programs, the variable "A_update.exe" and the estimated time "20 (seconds)" can be determined for the specific work program 20 in step S12.

Proceeding to step S2, which includes at least steps S21, S22, S23; steps S22, S23 are all after step S21 and may occur simultaneously or non-simultaneously; step S24 may or may not occur; steps S22, S24 may be simultaneous or non-simultaneous occur.

Step S21: Call the work program 20 according to the name.

Step S22: Start the work program 20.

Step S23: Display a progress display interface 42, as shown in Fig. 7, which is a progress bar in this embodiment.

Step S24: The working interface of the work program 20 is hidden. In this step S24, a hidden parameter "HIDE" is initialized in step S11, and the hidden program name "Update AA Firmware" is accepted in step S12; the general program can also be managed through the pre-write progress. 40 automatically calls and hides the working interface of the work program 20 to achieve.

Step S3, as shown in FIG. 3, includes at least steps S31, S32, and S33; wherein, after step S32, the progress management general program 40 is ended, and after step S33, the process returns to step S31. Further, step S33 may be replaced by steps S4, S5 (as shown in Figs. 4 and 5).

Step S31: The schedule management general program 40 periodically detects whether the execution of the work program 20 is completed according to a time period T, where Y indicates "Yes" and the N table indicates "No". The estimated time tp is not necessarily exactly a multiple of the time period T. When the work program 20 has been executed, the progress management general program 40 obtains a completion signal Df, and proceeds to step S32. When the work program 20 has not been executed, the progress management general program 40 obtains an uncompleted signal Dnf, and proceeds to step S33.

Step S32: A completion screen is displayed on the progress display interface 42, and in the embodiment, the full screen is displayed on the progress bar.

Step S33: The acquired work program 20 has executed one of the elapsed time tr, and judges whether the elapsed time tr is smaller than the estimated time tp. Since the schedule management general program 40 is periodically detected, the elapsed time tr is reasonably expected to be a multiple of the time period T. When the elapsed time tr has not yet reached (less than) the estimated time tp, the process proceeds to step S331; and when the elapsed time tr reaches or exceeds (not less than) the estimated time tp, the process proceeds to step S332.

Step S331: The progress management general program 40 compares the elapsed time tr of the work program 20 with the estimated time tp of the work program 20 to obtain a current ratio, and displays a current proportional screen on the progress display interface 42, in the embodiment. A partial progress bar is satisfied, as shown in Figure 7.

Step S332: The progress management general program 40 maintains the previous scale screen on the progress display interface 42, that is, pauses the progress displayed by the progress display interface 42.

In addition, in order to cope with the fact that the actual completion time of the work program may be greater than the estimated time tp, the estimated time tp may be further pushed forward by a preset or manual setting, and a pre-set time ts is determined, and it is determined whether the elapsed time tr reaches the lead time ts. In this embodiment, the estimated time is pushed forward by 2 seconds, then ts=tp-2, and when the elapsed time tr has not yet reached the lead time ts, the process proceeds to step S331, and the elapsed time tr reaches or exceeds the estimated time. At time tp, the process proceeds to step S332; this step S33 is replaceable with step S4.

Step S4: Referring to FIG. 4 at the same time, the estimated time tp may be pushed forward by a preset or manual setting, and a pre-set time ts is determined, and it is determined whether the elapsed time tr reaches the lead time ts. In this embodiment, the estimated time is Tp is pushed forward for 2 seconds, so ts=tp-2. After step S4, the process proceeds to step S331 when the elapsed time tr has not yet reached the lead time ts, and proceeds to step S332 when the elapsed time tr reaches or exceeds the estimated time tp.

In addition, since the lead time ts belongs to one of the parameters that can be set by the user or the administrator, the step S33 in the replacement block A of FIG. 3 and the step S4 in the replacement block A of the fourth figure can be integrated, that is, Step S5: Referring to FIG. 5 at the same time, it is judged whether the elapsed time tr of the work program 20 is calculated according to a pre-time ts pushed forward by the estimated time tp: if there is no lead time ts, or there is a lead time ts but not When the calculation is performed based on the lead time ts, if it is determined not based on the lead time ts, the process proceeds to step S33; if the lead time ts exists and is determined based on the lead time ts, the process proceeds to step S4.

The schedule management general program 40 of the present invention is particularly suitable for the case where the firmware update is involved, because the hardware can improve the performance and reliability through the upgrade of the firmware. As the technology changes with each passing day, the firmware can be continuously updated or upgraded. Make sure the hardware is kept up to date and And ensure their compatibility. However, the corresponding update or upgrade requirements will place more burden on users or managers. Therefore, please return to FIG. 2, so that the computer device 10 further includes at least one firmware 16, and the working program 30 "BB_update.exe" is connected to the firmware 16 "BB Frimware" for updating or upgrading the firmware 16; In Fig. 8, when the progress management general program 40 is initialized on the command interface 41, a firmware parameter "SWNAME" can be further initialized, and the user inputs the firmware name of the firmware 16 of the corresponding work program 30 "BB_update.exe". BB Frimware". Referring to FIG. 3 at the same time, and after step S21, step S25 may be further included: calling the firmware 16 to enable the working program 30 to update the firmware 16.

In summary, it can be seen that the schedule management general program 40 of the present invention can nest any program, such as the work programs 20 and 30, and can display the progress status of the execution of the program without changing the source code of the work program 20 or 30. . Therefore, the input of the adjustment parameter of the present invention can display the progress status of the aforementioned program, saving development time and cost. Moreover, the implementation aspect of the progress display interface 42 is not limited, and is not limited to the bar type progress bar (such as a circle), nor is it limited to a graphic screen (such as text).

In addition, in the foregoing embodiments, the working program 20 is selected for the user, and the parameters such as the name and the estimated time are input in the command interface 41. It is also possible to preset a specific program in the progress management general program 40 code. 20, that is, the operating parameters are established in the schedule management general program 40, and are not limited to being pre-written via manual input or code.

The present invention and its specific embodiments are not limited to the above-described examples, and the concepts may be substituted or changed by the concept and scope of the claims.

S1~S5, S11~S12, S21~S25, S31~S33, S331~S332‧‧‧ steps

Claims (10)

A method for executing a general program of progress management, which is executed in a computer device having a computing function; the computer device presets at least one working program, and the steps of the execution method of the progress management universal program include: according to the selected One of the working programs establishes at least two working parameters, including a name parameter and an estimated time parameter; calling the selected work program according to the name parameter, starting the selected work program and generating a progress display interface; and detecting The work program selected; when the detection obtains a completion signal, a completion screen is displayed on the progress display interface; when an unfinished signal is detected, the elapsed time and the work of the selected one of the work programs are compared The estimated time parameter of the program is to obtain a current ratio, and a progress ratio display screen is displayed on the progress display interface, and the step is repeated. The execution method of the general program of the progress management of claim 1, wherein: when detecting an unfinished signal, further determining whether the elapsed time of the selected work program is less than the estimated time; when the selected work is selected When the elapsed time of the program is less than the estimated time: the current ratio screen is displayed; when the elapsed time of the selected work program is not less than the estimated time, the previous ratio screen is maintained. The execution method of the general program of the progress management of claim 1, wherein: when detecting an unfinished signal, further determining whether the elapsed time of the selected work program is less than a lead time; wherein the preamble The time is pushed forward by the estimated time: when the elapsed time of the selected work program is less than the lead time: the current ratio screen is displayed; when the elapsed time of the selected work program is not less than the Maintain a previous scale when estimating time surface. The execution method of the general program of the schedule management of claim 1, wherein: when detecting an unfinished signal, further comprising: determining whether the elapsed time of the selected work program is calculated according to a lead time; wherein The lead time is pushed forward by the estimated time; when the elapsed time of the selected work program is judged according to the lead time, the current scale picture is displayed; when the selected work program is selected When the elapsed time is not judged based on the lead time, the previous ratio screen is maintained. The execution method of the general program of the progress management of claim 1 is: wherein the operation of detecting the selected work program is performed periodically. The method for executing the general program of the progress management of claim 1 further includes the step of: hiding a selected one of the working program presets. For example, the execution method of the general program of the progress management item of claim 1 is, after calling the selected work program, further comprising the steps of: calling a firmware corresponding to the selected one of the working programs; the working program is for updating the toughness body. If the execution method of the general program of the schedule management item of claim 7 is established, the method further includes the steps of: establishing a firmware parameter, and accepting, by the user, the firmware corresponding to one of the working programs selected by the user. name. A computer device for displaying program progress, comprising a screen, and an operation unit for executing at least one work program, wherein the computer device has a schedule management general program, and the general program is managed according to the selected one of the work programs. Establishing a name parameter and an estimated time parameter; the operation unit calls and starts the selected work program according to the name parameter, and displays a progress display interface on the screen; the operation unit repeatedly detects the selected one The working program: when the detection obtains a completion signal, displaying a completion screen on the progress display interface; when detecting an unfinished signal, comparing the elapsed time of one of the selected work programs with the selected one The estimated time parameter of the working program is to obtain a current ratio, and a current proportional screen is displayed on the progress display interface. The computer device of claim 9 for displaying the progress of the program further includes a firmware, and the selected work program is used to update the firmware.