CN103853593A - Operating system simulation system and method - Google Patents
Operating system simulation system and method Download PDFInfo
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- CN103853593A CN103853593A CN201210507834.2A CN201210507834A CN103853593A CN 103853593 A CN103853593 A CN 103853593A CN 201210507834 A CN201210507834 A CN 201210507834A CN 103853593 A CN103853593 A CN 103853593A
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Abstract
Disclosed is an operating system simulation system and method. By supplying original operating system information and converted operating system information to a server, the server can collect locations, operating instructions and execution instructions and store them in an interface comparison table; the server also provides an interface template corresponding to a converted operating system to replace an interface of an original operating system. Therefore, another technical effect that another operating system interface is simulated in the existing operating system is achieved.
Description
Technical field
The present invention relates to a kind of simulation system and method thereof, relate in particular to a kind of simulation system and method thereof of operating system.
Background technology
Existing operating system is various, for example: windows, linux, Mac, iOS, android etc., in the conventional operating system environment of user, user can use and operation fast, and in the operating system environment being of little use user, user often needs to carry out the study of Operational System Control, but this can cause user to need the extra time to carry out the operate learning of operating system.
In the prior art, user can pass through virtual machine (Virtual Machine, VM) mode, in an operating system, set up another one operating system, that is user can install conventional operating system by the mode of virtual machine in the operating system being of little use, to save the time of operation bidirectional system operate learning, but this still needs user's spended time that the storage area outside virtual machine and occupying volume is installed.
In sum, since known prior art is medium-term and long-term, exist user in the operating system environment being of little use, to need the problem that spends extra time always, be therefore necessary to propose improved technological means, solve this problem.
Summary of the invention
Because prior art exists user to need the problem that spends extra time in the operating system environment being of little use, the present invention discloses a kind of simulation system and method thereof of operating system then, wherein:
The simulation system of the disclosed operating system of the present invention, it comprises: service end and client, wherein service end also comprises: service end receiver module, selection module, project processing module and service end delivery module; Client also comprises: link block and display module.
The service end receiver module of service end is to receive primitive operation system information and conversion operations system information; The selection module of service end is that its median surface table of comparisons has multiple conversion projects in order to select the interface table of comparisons, interface template and the standard form corresponding with conversion operations system information; The project processing module of service end is in order to receive position, operational order and the execution instruction corresponding with the conversion project of the interface table of comparisons and to be stored in the table of comparisons of interface; And the service end delivery module of service end is to transmit interface template.
The link block of client is in order to set up and being connected of service end, and provides primitive operation system information and conversion operations system information to service end receiver module; Obtain corresponding position, operational order and execution instruction and provide to project processing module according to the conversion project of the interface table of comparisons; And obtain interface template from service end delivery module; And the display module of client is to replace the interface of primitive operation system in order to display interface template.
The analogy method of the disclosed operating system of the present invention, it comprises the following step:
First, client foundation is connected with service end, provides primitive operation system information and conversion operations system information to service end; Then, service end is selected the interface table of comparisons, interface template and the standard form corresponding with conversion operations system information, and its median surface table of comparisons has multiple conversion projects; Then, service end position, operational order and the execution instruction corresponding with the conversion project of the interface table of comparisons from client being stored in the table of comparisons of interface; Finally, service end provides interface template to client, and by client display interface template to replace the interface of primitive operation system.
The disclosed System and method for of the present invention as above Yu Now has the difference between technology to be that the present invention is by providing primitive operation system information and conversion operations system information to service end, service end can be collected position, operational order and execution instruction in the table of comparisons of interface, and provide the interface template corresponding with conversion operations system to replace the interface of primitive operation system, use the interface that simulates another operating system.
By above-mentioned technological means, the present invention can be achieved in the technique effect that simulates another kind of operation system interface in existing operating system.
Accompanying drawing explanation
Fig. 1 is shown the simulation system calcspar of operating system of the present invention.
Fig. 2 is shown the analogy method process flow diagram of operating system of the present invention.
Fig. 3 is shown the primitive operation system schematic of the simulation of operating system of the present invention.
Fig. 4 is shown the interface table of comparisons schematic diagram of the simulation of operating system of the present invention.
Fig. 5 is shown the conversion operations system schematic of the simulation of operating system of the present invention.
Fig. 6 is shown the replacement module schematic diagram of the simulation of operating system of the present invention.
Critical piece Reference numeral:
10 service ends
11 service end receiver modules
12 select module
13 project processing modules
14 service end delivery modules
15 command process module
16 generation modules
20 clients
21 link blocks
22 display modules
23 receiver modules
24 execution modules
31 interfaces
The 41 interface tables of comparisons
411 positions
412 operational orders
413 carry out instruction
51 interfaces
52 replace template
The foundation of step 110 client is connected with service end, provides primitive operation system information and conversion operations system information to service end
Position, operational order and the execution instruction that step 130 service end is corresponding with the conversion project of the interface table of comparisons from client is also stored in the table of comparisons of interface
Embodiment
Describe embodiments of the present invention in detail below with reference to drawings and Examples, thus the present invention's implementation procedure how application technology means solve technical matters and reach technique effect can be fully understood and be implemented according to this.
First the simulation system of the disclosed operating system of the present invention below will be described, and please refer to shown in Fig. 1, Fig. 1 is shown the simulation system calcspar of operating system of the present invention.
The simulation system of the disclosed operating system of the present invention, it comprises: service end 10 and client 20, wherein service end 10 also comprises: service end receiver module 11, selection module 12, project processing module 13 and service end delivery module 14; Client 20 also comprises: link block 21 and display module 22.
In the time that user wants the interface simulation of original operating system in client 20 to become the interface of another operating system, primitive operation system information and conversion operations system information are selected in the selection interface that can provide by client 20, the link block 21 of client 20 can be set up and being connected of service end 10 by wire transmission mode or wireless transmission method, and provides the service end receiver module 11 to service end 10 by the link block 21 of client 20 by selecteed primitive operation system information and conversion operations system information.
After primitive operation system information and conversion operations system information that the service end receiver module 11 of service end 10 provides in the link block 21 that receives client 20, the selection module 12 of service end 10 can be selected the interface table of comparisons corresponding with conversion operations system information, interface template and standard form, its median surface table of comparisons has multiple conversion projects, with windows operating system, in the table of comparisons of interface, conversion project includes: start, Facility Column, desktop and desktop are graphic etc., at this only for illustrating it, do not limit to application category of the present invention with this.
After the selection module 12 of service end 10 is selected the interface table of comparisons corresponding with conversion operations system information, can receive the position corresponding with the conversion project of the interface table of comparisons by the project processing module 13 in service end 10 from the link block 21 of client 20 again, operational order and execution instruction are also stored in the table of comparisons of interface, inverted term destination locations is that for example, pixel (pixel) coordinates regional to change project (be start) is into record, operational order is the left button of clicking the mouse, the right button of clicking the mouse, the mouse action instructions such as double-click on left mouse button, keyboard is confirmed button, the keyboard operation instructions such as keyboard special function keys or touch control operation instruction are (at this only for illustrating it, do not limit to application category of the present invention with this), carrying out instruction is the execution function (need provide by primitive operation system) of conversion project (being for example to start).
Then, the service end delivery module 14 of service end 10 can provide the link block 21 to client 20 by the selected interface template of selection module 12 of service end 10, after the interface template that the link block 21 of client 20 provides at the service end delivery module 14 that obtains service end 10, can be by the display module 22 display interface templates of client 20 to replace the interface of primitive operation system.
Then, in service end 10, also include: command process module 15 and generation module 16, in client 20, also include: receiver module 23 and execution module 24, (be for example the left button of clicking the mouse when user operates in the shown interface template of the display module 22 of client 20, the right button of clicking the mouse, the mouse action instructions such as double-click on left mouse button, keyboard is confirmed button, keyboard operation instruction or the touch control operation instructions such as keyboard special function keys, at this only for illustrating it, do not limit to application category of the present invention with this) time, the location of instruction and operational order that the receiver module 23 of client 20 can operate in reception user in interface template.
And after the receiver module 23 of client 20 receives the location of instruction and operational order, can by the link block 21 of client 20, the location of instruction received receiver module of client 20 23 and operational order be provided to service end 10 again, the command process module 15 of service end 10 can receive the location of instruction and the operational order that the link block 21 of client 20 provides, and inquires corresponding execution instruction according to the location of instruction and operational order from the interface table of comparisons.
Particularly, suppose that a conversion item location in the table of comparisons of interface is " (0, 849), (149, 849), (0, 899) and (148, 899) ", operational order is that " left button of clicking the mouse " and execution instruction " open start menu ", be (100 in the received location of instruction of command process module 15 when service end 10, 860) and operational order when " left button of clicking the mouse ", the location of instruction is (100, 860) can fall within position is " (0, 849), (149, 849), (0, 899) and (148, 899) within scope ", therefore the command process module 15 of service end 10 can inquire corresponding execution instruction for " opening start menu " from the interface table of comparisons.
And after inquiring execution instruction by the command process module 15 of service end 10, can by the service end delivery module 14 of service end 10, execution instruction be provided to client 20, the link block 21 of client 20 can obtain and carry out instruction from the service end delivery module of service end 10 14 again.
In the link block 21 of client 20 after the service end delivery module 14 of service end 10 obtains and carries out instructions, can carry out this execution instruction and produce execution result with primitive operation system by the execution module 24 of client 20 again, and by the link block 21 of client 20, the execution result performed execution module of client 20 24 be provided to service end 10 again.
The service end receiver module 11 of service end 10 can obtain execution result from the link block of client 20 21, and for example, generated and replace template (being for example dialog box, application window etc.) according to execution result and standard form (being dialog box, application window etc.) by the generation module 16 of service end 10, and the replacement template generation module of service end 10 16 being generated by the service end delivery module 14 of service end 10 provides to client 20.
The link block 21 of client 20, after the service end delivery module 14 of service end 10 obtains replacement template, can be replaced template according to the location of instruction to show by the display module of client 20 22, can simulate thus the interface of another operating system.
Then, below will explain orally function mode of the present invention and flow process with an embodiment, following embodiment explanation describes the while shown in Fig. 1 and Fig. 2, and Fig. 2 is shown the analogy method process flow diagram of operating system of the present invention.
Please refer to shown in Fig. 3, Fig. 3 is shown the primitive operation system schematic of the simulation of operating system of the present invention.
In the time that user wants the interface 31 of A operating system in client 20 to be modeled to the interface of B operating system, it is that " A operating system " and conversion operations system information are " B operating system " that primitive operation system information is selected at the selection interface that can provide by client 20, the link block 21 of client 20 can be set up and being connected of service end 10 by WIFI wireless transmission method, and be that " A operating system " and conversion operations system information provide the service end receiver module 11(step 110 to service end 10 for " B operating system " by the link block 21 of client 20 by selecteed primitive operation system information).
Then,, shown in Fig. 3 and Fig. 4, Fig. 4 is shown the interface table of comparisons schematic diagram of the simulation of operating system of the present invention.
The primitive operation system information that the service end receiver module 11 of service end 10 provides in the link block 21 that receives client 20 for " A operating system " and conversion operations system information for " B operating system " afterwards, it is " B operating system " corresponding the interface table of comparisons 41, interface template and standard form (step 120) that the selection module 12 of service end 10 can be selected with conversion operations system information.
After the selection module 12 of service end 10 is selected the interface table of comparisons corresponding with conversion operations system information, can receive the position 411 corresponding with the conversion project of the interface table of comparisons 41, operational order 412 and carry out instruction 413 and be stored in the interface table of comparisons 41 (step 130) from the link block 21 of client 20 by the project processing module 13 in service end 10 again, the signal content of the interface table of comparisons 41 please refer to shown in Fig. 4, no longer repeats at this.
Then, the service end delivery module 14 of service end 10 can provide the link block 21 to client 20 by the selected interface template of selection module 12 of service end 10, after the interface template that the link block 21 of client 20 provides at the service end delivery module 14 that obtains service end 10, can be by the display module 22 display interface templates of client 20 to replace the interface 31 of primitive operation system, the interface of A operating system 31 can be modeled to the interface 51(step 140 of B operating system), the interface 51 of the B operating system of simulation please refer to shown in Fig. 5, Fig. 5 is shown the conversion operations system schematic of the simulation of operating system of the present invention.
Then, shown in Fig. 4 and Fig. 5, when user carries out the operation of " right button of clicking the mouse " in the shown interface template of the display module 22 of client 20, the location of instruction that receiver module 23 of client 20 can operate in reception user in interface template is that (600,225) and operational order are " right button of clicking the mouse " (step 150).
Be (600 and receive the location of instruction at the receiver module 23 of client 20, 225) and operational order for " right button of clicking the mouse " afterwards, can be (600 by the link block 21 of client 20 by the location of instruction received receiver module of client 20 23 again, 225) and operational order provide the step 150 to service end 10(for " right button of clicking the mouse "), the location of instruction that command process module 15 of service end 10 can receive the link block 21 of client 20 provides is (600, 225) and operational order be " right button of clicking the mouse ", the location of instruction is (600, 225) can fall within position is " (0, 0), (1439, 0), (0, 849) and (1439, 849) within scope ", therefore the command process module 15 of service end 10 can inquire corresponding execution instruction 413 for " opening system menu " (step 160) from the interface table of comparisons 41.
And by the command process module 15 of service end 10 inquire carry out instruction 413 for " opening system menu " afterwards, can will carry out instruction 413 by the service end delivery module 14 of service end 10 again provides to client 20 for " opening system menu ", and the link block 21 of client 20 can obtain and carry out instruction 413 for " opening system menu " from the service end delivery module of service end 10 14.
The link block 21 of client 20 from the service end delivery module 14 of service end 10 obtain carry out instructions 413 for " opening system menu " afterwards, can carry out this execution instruction 413 as " opening system menu " and produce execution result (step 170) take primitive operation system by the execution module 24 of client 20 again, and by the link block 21 of client 20, the execution result performed execution module of client 20 24 be provided to service end 10 again.
The service end receiver module 11 of service end 10 can obtain execution result from the link block of client 20 21, and be that " system menu template " generates replacement template 52(step 180 by the generation module 16 of service end 10 according to execution result and standard form), and the replacement template 52 generation module of service end 10 16 being generated by the service end delivery module 14 of service end 10 provides to client 20.
The link block 21 of client 20 is after the service end delivery module 14 of service end 10 obtains replacement template 52, can be (600 according to the location of instruction by the display module of client 20 22,225) replace template 52(step 190 to show), replace template 52 and please refer to shown in Fig. 6, Fig. 6 illustrates the replacement module schematic diagram into the simulation of operating system of the present invention.
In sum, known Ben invents Yu Now has the difference between technology to be that the present invention is by providing primitive operation system information and conversion operations system information to service end, service end can be collected position, operational order and execution instruction in the table of comparisons of interface, and provide the interface template corresponding with conversion operations system to replace the interface of primitive operation system, use the interface that simulates another operating system.
Can separate certainly Now by this technological means has the existing user of technology in the operating system environment being of little use, to need the problem that spends extra time, and then is achieved in the technique effect that simulates another kind of operation system interface in existing operating system.
Although the disclosed embodiment of the present invention as above, but described content is not in order to direct restriction scope of patent protection of the present invention.Any those skilled in the art of the invention, are not departing under the prerequisite of the disclosed spirit and scope of the present invention, can do some changes what implement in form and in details.Scope of patent protection of the present invention, still must be as the criterion with the content that claims were limited.
Claims (8)
1. a simulation system for operating system, is characterized in that, comprises:
One service end, described service end also comprises:
One service end receiver module, in order to receive a primitive operation system information and a conversion operations system information;
One selects module, and in order to select an interface table of comparisons, an interface template and a standard form corresponding with described conversion operations system information, the wherein said interface table of comparisons has multiple conversion projects;
One project processing module, in order to receive position, operational order and the execution instruction corresponding with the described conversion project of the described interface table of comparisons and to be stored in the table of comparisons of described interface; And
One service end delivery module, in order to transmit described interface template; And
One client, described client also comprises:
One link block, in order to set up and being connected of described service end, and provides extremely described service end receiver module of described primitive operation system information and described conversion operations system information; Described conversion project according to the described interface table of comparisons obtains corresponding position, operational order and execution instruction and provides to described project processing module; And obtain described interface template from described service end delivery module; And
One display module, in order to show that described interface template is to replace the interface of described primitive operation system.
2. the simulation system of operating system as claimed in claim 1, is characterized in that, the simulation system of described operating system also comprises following modules:
Described service end also comprises:
Described service end receiver module also comprises reception one execution result;
One command process module, in order to receive a location of instruction and an operational order, inquires a corresponding execution instruction according to the described location of instruction and described operational order from the described interface table of comparisons;
One generation module, replaces template in order to generate one according to described execution result and described standard form; And
Described service end delivery module also comprises the described execution instruction of transmission or described replacement template; And
Described client also comprises:
Described link block also comprises provides the described location of instruction and described operational order to described command process module; Provide described execution result to described service end receiver module; And obtain described execution instruction or described replacement template from described service end delivery module;
Described display module, in order to show described replacement template;
One receiver module, is used to described interface template and receives the described location of instruction and described operational order; And
One execution module, in order to carry out described execution instruction and to produce described execution result with primitive operation system.
3. the simulation system of operating system as claimed in claim 1, is characterized in that, described display module is to show described replacement template according to the described location of instruction.
4. the simulation system of operating system as claimed in claim 1, is characterized in that, described operational order comprises keyboard operation instruction, mouse action instruction and touch control operation instruction.
5. an analogy method for operating system, is characterized in that, comprises the following step:
One client foundation is connected with a service end, provides a primitive operation system information and a conversion operations system information to described service end;
Described service end is selected an interface table of comparisons, an interface template and a standard form corresponding with described conversion operations system information, and the wherein said interface table of comparisons has multiple conversion projects;
Position, operational order and the execution instruction that described service end is corresponding with the described conversion project of the described interface table of comparisons from described client is also stored in the table of comparisons of described interface; And
Described service end provides described interface template to described client, and shows that by described client described interface template is to replace the interface of described primitive operation system.
6. the analogy method of operating system as claimed in claim 5, is characterized in that, the analogy method of described operating system also comprises the following step:
Described client receives a location of instruction and an operational order in described interface template, and the described location of instruction and described operational order are provided to described service end;
Described service end inquires corresponding execution instruction according to the described location of instruction and described operational order from the described interface table of comparisons, and the execution instruction being queried out is provided to described client;
Described client provides to described service end according to an execution result of described execution instruction with primitive operation system;
Described service end generates one according to described execution result and described standard form and replaces template; And
Described service end provides described replacement template to described client, and shows described replacement template by described client.
7. the analogy method of operating system as claimed in claim 5, is characterized in that, described client shows that the step of described replacement template is to show described replacement template according to the described location of instruction.
8. the analogy method of operating system as claimed in claim 5, it is characterized in that, described client receives in the step of the described location of instruction and described operational order in described interface template, and described operational order comprises keyboard operation instruction, mouse action instruction and touch control operation instruction.
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| CN201210507834.2A CN103853593B (en) | 2012-11-30 | 2012-11-30 | The analog systemss of operating system and its method |
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| CN201210507834.2A CN103853593B (en) | 2012-11-30 | 2012-11-30 | The analog systemss of operating system and its method |
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| US20060206300A1 (en) * | 2005-03-11 | 2006-09-14 | Microsoft Corporation | VM network traffic monitoring and filtering on the host |
| CN101917461A (en) * | 2010-07-22 | 2010-12-15 | 朱建华 | Interface simulation system of mobile terminal and method |
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| CN1248016A (en) * | 1998-09-16 | 2000-03-22 | 英业达股份有限公司 | Method of realizing graphic interface simulation in single task system |
| US20050160423A1 (en) * | 2002-12-16 | 2005-07-21 | Bantz David F. | Enabling a guest virtual machine in a windows environment for policy-based participation in grid computations |
| US20060206300A1 (en) * | 2005-03-11 | 2006-09-14 | Microsoft Corporation | VM network traffic monitoring and filtering on the host |
| CN101917461A (en) * | 2010-07-22 | 2010-12-15 | 朱建华 | Interface simulation system of mobile terminal and method |
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Effective date of registration: 20191212 Address after: Within huangwan town government, Haining City, Jiaxing City, Zhejiang Province Patentee after: Haining huangwan town Asset Management Co., Ltd Address before: 201114 Shanghai City Caohejing export processing zone of Minhang District Pu Xing Road No. 789 Co-patentee before: Yingda Co., Ltd. Patentee before: Yingda Technology Co., Ltd. |