CN102567081A - Multi-process-based global setting method and multi-process-based global setting system - Google Patents
Multi-process-based global setting method and multi-process-based global setting system Download PDFInfo
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- CN102567081A CN102567081A CN2010105777032A CN201010577703A CN102567081A CN 102567081 A CN102567081 A CN 102567081A CN 2010105777032 A CN2010105777032 A CN 2010105777032A CN 201010577703 A CN201010577703 A CN 201010577703A CN 102567081 A CN102567081 A CN 102567081A
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Abstract
A multi-process-based global setting method includes the steps: reading a configuration file in a first process and storing set information in the configuration file into an internal storage; performing global setting by the aid of a user interface in the first process; changing data in the internal storage according to the global setting; writing the changed data of the internal storage into the configuration file; and enabling a second process to share the global setting of the first process according to the renewed configuration file. By the aid of the method, the multiple processes can be synchronously set. Besides, the invention further provides a multi-process-based global setting system.
Description
[technical field]
The present invention relates to computer technology, relate in particular to a kind of overall method to set up and system based on multi-process.
[background technology]
The overall situation is provided with and is meant in having the software of multi-process, and the base attribute of software is provided with.In software with multiprocessing process, generally include host process and subprocess, wherein host process is a software entity, realizes the most function of software, and subprocess is generally the program of some assisted class, and auxiliary host process is carried out some independent functions.Yet traditional overall method to set up is often carried out overall situation setting through some processes (for example host process), and the setting between a plurality of processes can not realize synchronously.For example, the host process of image software is the image master routine, through image function is set and carries out the overall situation (etc. as window display mode, picture playing ratio, mouse roller are set) is set, and its subprocess is the image reader.Traditional this image software function only can be set through the image of image master routine carries out overall situation setting, and image reader itself is not provided with function.Also have some image readers to have part that function is set, but its setting can not and host process between realize synchronously.
[summary of the invention]
Based on this, be necessary to provide a kind of overall method to set up that is provided with synchronously between can implementation process based on multi-process.
A kind of overall method to set up based on multi-process may further comprise the steps:
First process reads configuration file, and the information that is provided with in the configuration file is added internal memory;
Carry out overall situation setting through the user interface of first process;
According to the said overall situation data in the change internal memory are set;
The internal storage data of change is write in the configuration file;
Second process is shared the overall situation setting of first process according to the configuration file after upgrading.
Preferably, said first process is a host process, and said second process is a subprocess;
The said step that the internal storage data of change is write in the configuration file is:
The object that is provided with when the host process overall situation be subprocess object is set the time, host process writes the internal storage data of change in the configuration file of configuration file and subprocess of host process.
Preferably, said second process according to the step of the overall situation setting of shared first process of configuration file after upgrading is:
Host process notice subprocess, subprocess reads the configuration file of said subprocess, the information that is provided with in the configuration file of said subprocess is added internal memory, according to the user interface of the Refresh Data subprocess in the internal memory.
Preferably, said first process is a subprocess, and said second process is a host process;
The step that internal storage data after said will the change writes in the configuration file is:
Internal storage data after the change is write in the configuration file of subprocess.
Preferably, said second process according to the step of the overall situation setting of shared first process of configuration file after upgrading is:
Subprocess notice host process, host process reads the configuration file of said subprocess, the information that is provided with in the configuration file of said subprocess is added internal memory, according to the user interface of the Refresh Data host process in the internal memory.
In addition, also be necessary to provide a kind of overall situation that is provided with synchronously between can implementation process that system is set based on multi-process.
A kind of overall situation based on multi-process is provided with system, comprises first process and second process of intercommunication mutually, and said first process comprises:
First information acquisition module reads configuration file, and the information that is provided with in the configuration file is added internal memory;
First is provided with module, carries out overall situation setting through the user interface of first process;
First update module is provided with the data in the change internal memory according to the said overall situation, and the internal storage data of changing is write in the configuration file;
Said second process is shared the overall situation setting of first process according to the configuration file after upgrading.
Preferably, said first process is a host process, and said second process is a subprocess;
Said first update module be used for when object that the host process overall situation is provided be subprocess object is set the time, the internal storage data of change is write in the configuration file of configuration file and subprocess of host process.
Preferably, said first process also comprises:
Communication module, the object that is provided with when the host process overall situation be subprocess object is set the time notice subprocess;
Said second process comprises:
The second information acquisition module reads the configuration file of said subprocess, and the information that is provided with in the configuration file of said subprocess is added internal memory;
Second is provided with module, according to the user interface of the Refresh Data subprocess in the internal memory.
Preferably, said first process is a subprocess, and said second process is a host process;
Said first update module is used for the internal storage data after upgrading is write the configuration file of subprocess.
Preferably, said first process also comprises:
Communication module, the internal storage data after said first update module will be upgraded are notified host process after writing the configuration file of subprocess;
Said second process comprises:
The second information acquisition module reads the configuration file of said subprocess, and the information that is provided with in the configuration file of said subprocess is added internal memory;
Second is provided with module, according to the user interface of the Refresh Data host process in the internal memory.
Above-mentioned overall method to set up and system based on multi-process; The overall situation of first process is provided with real-time update in configuration file; Through the configuration file after upgrading, second process is provided with the overall situation of first process and realizes sharing, thereby can between a plurality of processes, realize setting synchronously.
[description of drawings]
Fig. 1 be first embodiment provided the process flow diagram based on the overall method to set up of multi-process;
Fig. 2 is the process flow diagram based on the overall method to set up of multi-process that second embodiment is provided;
Fig. 3 is the process flow diagram based on the overall method to set up of multi-process that the 3rd embodiment is provided;
Fig. 4 is the structural representation that the overall situation based on multi-process that the 4th embodiment is provided is provided with system;
Fig. 5 is the structural representation that the overall situation based on multi-process that the 5th embodiment is provided is provided with system;
Fig. 6 is the synoptic diagram that the overall situation of QQ image is provided with.
[embodiment]
In first embodiment, as shown in Figure 1, a kind of overall method to set up based on multi-process comprises:
Step S102, first process reads configuration file, and the information that is provided with in the configuration file is added internal memory.In the Windows system, ini file is a CONFIG.SYS.Configuration file is the data of persistence, is stored in the disk.First process carries out need carrying out data initialization before the overall situation is provided with, and promptly from disk, reads configuration file, and the information that is provided with in the configuration file is duplicated a reflection in the memory headroom of first process.
Step S104 carries out overall situation setting through the user interface of first process.First process initiation overall situation is provided with, and the user interface of first process is inquired about the various information that need displaying from the internal memory centre of first process, the information initializing that inquires is kept at user interface data concentrates.
Step S106 is provided with the data in the change internal memory according to the overall situation.When carrying out through the user interface of first process after the overall situation is provided with, having changed is provided with content, the user interface data collection changes, and then according to the overall situation data in the change internal memory is set.
Step S108 writes the internal storage data of changing in the configuration file.If the data in the internal memory change, then be written in the configuration file, can guarantee the real-time update of the configuration file in the disk, prevent that software program from causing the information dropout that is provided with before because illegal operation is closed.
Step S110, second process is shared the overall situation setting of first process according to the configuration file after upgrading.Because the overall situation of first process is provided with real-time update in configuration file, through the configuration file after upgrading, second process is provided with the overall situation of first process and realizes sharing, thereby can between a plurality of processes, realize setting synchronously.
In a second embodiment, as shown in Figure 2, this method flow shows the host process setting, and the overall method to set up of subprocess response specifically may further comprise the steps:
Step S202, host process reads configuration file, and the information that is provided with in the configuration file is added internal memory.Usually, host process is the master routine of software, is the main entity of software, realizes the most function of software.Subprocess is the program of some assisted class, realizes the function that some are auxiliary, is called by master routine.Host process can be checked the configuration file of all subprocesss, and subprocess can only be checked the configuration file of self, can not check the configuration file of host process and other subprocesss.
Among this embodiment, the detailed process of step S202 is: host process reads the configuration file of host process, the information that is provided with in the configuration file is added the memory headroom of host process.
Step S204 carries out overall situation setting through the user interface of host process.
Step S206 is provided with the data in the change internal memory according to the overall situation of host process.After the overall situation that the user has changed host process was provided with content, the user interface data collection of host process changed, the data in the memory headroom of the content change host process that is provided with according to the overall situation.
Step S208 judges whether the object that the host process overall situation is provided with is the object that is provided with of subprocess, if then get into step S210, otherwise get into step S218.
Step S210, host process writes the internal storage data of change in the configuration file of configuration file and subprocess of host process.Because the object that the host process overall situation is provided with also is the object that is provided with of subprocess; Host process have subprocess configuration file check authority; Therefore the data of changing in can the memory headroom with host process write the host process configuration file; And writing the configuration file of subprocess, the configuration file of host process and subprocess all refreshes.
Step S212, host process notice subprocess.Among this embodiment, host process utilize the mode of message transmission notify subprocess its content be set change.Also can pass through the communication between the mode implementation processes such as pipeline, clipbook, shared drive, File mapping.
Step S214, subprocess read the configuration file of subprocess, and the information that is provided with in the configuration file of subprocess is added internal memory.Subprocess is after receiving the notice of host process, and the configuration file of the subprocess in the reading disk obtains the information that is provided with in this configuration file, joins in the memory headroom of subprocess.
Step S216 is according to the user interface of the Refresh Data subprocess in the internal memory.Subprocess obtains the data in its memory headroom, according to the Refresh Data user interface in the memory headroom.Because the configuration file of subprocess is the configuration file that real-time update is set according to the overall situation of host process; Subprocess carries out the renewal that self is provided with according to this configuration file; Subprocess refreshes can carry out after the user interface function is set, and has realized the synchronous setting between host process and the subprocess.
Step S218, host process writes the internal storage data of change in the configuration file of host process.The object that is provided with when the host process overall situation be not subprocess object is set the time, the configuration file that then upgrades self get final product, host process directly execution is provided with function.
The detailed process of second embodiment is described with a concrete instance below, as shown in Figure 6, in this instance; Host process is a QQ image master routine, and its subprocess is a QQ image reader, in QQ image master routine, through option the QQ image is provided with; For example, mouse roller is set to image zooming, promptly; Mouse roller slides, and then picture carries out convergent-divergent.Because this settings also is the setting to QQ image reader, so also understands accordingly in the image reader in being provided with of right button mouse free hand drawing is checked that being set to mouse roller is convergent-divergent.
In the 3rd embodiment, as shown in Figure 3, this method flow shows the subprocess setting, and the overall method to set up that host process refreshes specifically may further comprise the steps:
Step S302, subprocess reads configuration file, and the information that is provided with in the configuration file is added internal memory.Subprocess only has the authority of checking self configuration file, so subprocess reads the configuration file of self, obtains the information that is provided with in this configuration file, adds the memory headroom of subprocess.
Step S304 carries out overall situation setting through the user interface of subprocess.
Step S306 is provided with the change internal storage data according to the overall situation of subprocess.User's promoter process function is set after; The user interface of subprocess is inquired about the various information that need displaying from the memory headroom of subprocess; And these information initializings are kept at the user interface data collection; Change when the overall situation of subprocess is provided with content, then the user interface data collection changes, according to the data in the memory headroom of the content change subprocess that is provided with.
Step S308 writes the internal storage data after the change in the configuration file of subprocess.Data Update in the memory headroom of subprocess then writes data updated in the configuration file of subprocess in real time, can effectively prevent software program because the information dropout that is provided with that causes is before closed in illegal operation.
Step S310, subprocess notice host process.Among this embodiment, subprocess utilize the mode of message transmission notify host process its content be set change.Also can pass through the communication between the mode implementation processes such as pipeline, clipbook, shared drive, File mapping.
Step S312, host process reads the configuration file of subprocess, and the information that is provided with in the configuration file of subprocess is added internal memory.Because host process has the authority of checking of all configuration files, therefore can read the configuration file of subprocess, obtain the information that is provided with in the configuration file of subprocess, add in the memory headroom of host process.
Step S314 is according to the user interface of the Refresh Data host process in the internal memory.The information that the user interface of host process need be showed in the memory headroom inquiry of host process is according to the Refresh Data user interface in the memory headroom.Therefore, when subprocess carries out the overall situation when being provided with, host process refreshes user interface according to the setting of subprocess, has realized being provided with synchronously between host process and the subprocess.
The detailed process of the 3rd embodiment is described with a concrete instance below; As shown in Figure 6, in this instance, host process is a QQ image master routine; Its subprocess is a QQ image reader; In QQ image reader, can eject option and be provided with, for example in being provided with of the right button mouse of image reader, free hand drawing checked that being set to mouse roller is convergent-divergent, because QQ image master routine can be checked the configuration file of subprocess QQ image reader to QQ image reader through the right button of clicking the mouse; Therefore can obtain the configuration of QQ image reader, and refresh the user interface of QQ image.As shown in Figure 6, the QQ image be provided with option accordingly mouse roller be set to image zooming.
In the 4th embodiment, as shown in Figure 4, a kind of overall situation based on multi-process is provided with system, and this system comprises first process 10 and second process 20 of intercommunication mutually, and wherein, first process 10 comprises:
First information acquisition module 110 is used to read configuration file, and the configuration information in the configuration file is added internal memory.First process 10 carries out need carrying out data initialization before the overall situation is provided with, and promptly from disk, reads configuration file, and the information that is provided with in the configuration file is duplicated a reflection in the memory headroom of first process 10.
First is provided with module 120 is used for carrying out overall situation setting through the user interface of first process 10.
In one embodiment, first process is a host process, and said second process is a subprocess.First update module 130 be used for when object that the host process overall situation is provided be subprocess object is set the time, the internal storage data of change is write in the configuration file of configuration file and subprocess of host process.
As shown in Figure 5, among this embodiment, first process 10 also comprises communication module 140, be used for when object that the host process overall situation is provided be subprocess object is set the time notice subprocess.Second process 20 comprises:
The second information acquisition module 210 is used to read the configuration file of subprocess, and the information that is provided with in the configuration file of subprocess is added internal memory.
Second is provided with module 220, is used for the user interface according to the Refresh Data subprocess of internal memory.
In another embodiment, first process is a subprocess, and said second process is a host process.First update module 130 is used for the internal storage data after upgrading is write the configuration file of subprocess.
As shown in Figure 5, among this embodiment, first process 10 comprises communication module 140, is used for notifying host process behind the configuration file that internal storage data after first update module 130 will be upgraded writes subprocess.
The second information acquisition module 210 is used to read the configuration file of said subprocess, and the information that is provided with in the configuration file of subprocess is added internal memory;
Second is provided with module 220 is used for the user interface according to the Refresh Data host process of internal memory.
The above embodiment has only expressed several kinds of embodiments of the present invention, and it describes comparatively concrete and detailed, but can not therefore be interpreted as the restriction to claim of the present invention.Should be pointed out that for the person of ordinary skill of the art under the prerequisite that does not break away from the present invention's design, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be as the criterion with accompanying claims.
Claims (10)
1. overall method to set up based on multi-process may further comprise the steps:
First process reads configuration file, and the information that is provided with in the configuration file is added internal memory;
Carry out overall situation setting through the user interface of first process;
According to the said overall situation data in the change internal memory are set;
The internal storage data of change is write in the configuration file;
Second process is shared the overall situation setting of first process according to the configuration file after upgrading.
2. the overall method to set up based on multi-process according to claim 1 is characterized in that said first process is a host process, and said second process is a subprocess;
The said step that the internal storage data of change is write in the configuration file is:
The object that is provided with when the host process overall situation be subprocess object is set the time, host process writes the internal storage data of change in the configuration file of configuration file and subprocess of host process.
3. the overall method to set up based on multi-process according to claim 2 is characterized in that, the step that said second process is shared the overall situation setting of first process according to the configuration file after upgrading is:
Host process notice subprocess, subprocess reads the configuration file of said subprocess, the information that is provided with in the configuration file of said subprocess is added internal memory, according to the user interface of the Refresh Data subprocess in the internal memory.
4. the overall method to set up based on multi-process according to claim 1 is characterized in that said first process is a subprocess, and said second process is a host process;
The step that internal storage data after said will the change writes in the configuration file is:
Internal storage data after the change is write in the configuration file of subprocess.
5. the overall method to set up based on multi-process according to claim 4 is characterized in that, the step that said second process is shared the overall situation setting of first process according to the configuration file after upgrading is:
Subprocess notice host process, host process reads the configuration file of said subprocess, the information that is provided with in the configuration file of said subprocess is added internal memory, according to the user interface of the Refresh Data host process in the internal memory.
6. the overall situation based on multi-process is provided with system, it is characterized in that, comprises first process and second process of intercommunication mutually, and said first process comprises:
First information acquisition module reads configuration file, and the information that is provided with in the configuration file is added internal memory;
First is provided with module, carries out overall situation setting through the user interface of first process;
First update module is provided with the data in the change internal memory according to the said overall situation, and the internal storage data of changing is write in the configuration file;
Said second process is shared the overall situation setting of first process according to the configuration file after upgrading.
7. the overall situation based on multi-process according to claim 6 is provided with system, it is characterized in that, said first process is a host process, and said second process is a subprocess;
Said first update module be used for when object that the host process overall situation is provided be subprocess object is set the time, the internal storage data of change is write in the configuration file of configuration file and subprocess of host process.
8. the overall situation based on multi-process according to claim 7 is provided with system, it is characterized in that, said first process also comprises:
Communication module, the object that is provided with when the host process overall situation be subprocess object is set the time notice subprocess;
Said second process comprises:
The second information acquisition module reads the configuration file of said subprocess, and the information that is provided with in the configuration file of said subprocess is added internal memory;
Second is provided with module, according to the user interface of the Refresh Data subprocess in the internal memory.
9. the overall situation based on multi-process according to claim 6 is provided with system, it is characterized in that, said first process is a subprocess, and said second process is a host process;
Said first update module is used for the internal storage data after upgrading is write the configuration file of subprocess.
10. the overall situation based on multi-process according to claim 9 is provided with system, it is characterized in that, said first process also comprises:
Communication module, the internal storage data after said first update module will be upgraded are notified host process after writing the configuration file of subprocess;
Said second process comprises:
The second information acquisition module reads the configuration file of said subprocess, and the information that is provided with in the configuration file of said subprocess is added internal memory;
Second is provided with module, according to the user interface of the Refresh Data host process in the internal memory.
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| CN102567081B (en) | 2016-04-13 |
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