CN102495755B - Ultrasonic measurement system and module interaction method of ultrasonic measurement system - Google Patents
Ultrasonic measurement system and module interaction method of ultrasonic measurement system Download PDFInfo
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- CN102495755B CN102495755B CN 201110343291 CN201110343291A CN102495755B CN 102495755 B CN102495755 B CN 102495755B CN 201110343291 CN201110343291 CN 201110343291 CN 201110343291 A CN201110343291 A CN 201110343291A CN 102495755 B CN102495755 B CN 102495755B
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Abstract
The embodiment of the invention discloses an ultrasonic measurement system and a module interaction method thereof. The module interaction method of the ultrasonic measurement system is characterized in that: the ultrasonic measurement system comprises a first module and at least one second module; the method comprises the following steps of: establishing a first information type by the first module; generating a first information management module corresponding to the first information by the first module and distributing a first subassembly label to the first information management module; generating first information which accords with the first information type by the first module; based on the first subassembly label, calling the first information management module by the first module to send the first information; registering a second module on the first information management module and receiving first information by the second module through the first information management module. The scheme provided by the embodiment of the invention is beneficial to simplifying the interaction complexity between the modules of the ultrasonic measurement system.
Description
Technical field
The present invention relates to field of computer technology, be specifically related to module exchange method and the ultrasound measurement system of ultrasound measurement system.
Background technology
The object-oriented program development scheme is one of program development mode of present main flow, its advantage be easily realize modularization, shortcoming be between the module alternately relatively the difficulty.
At present, ultrasound measurement system adopts the design of object-oriented program development scheme more, because the module that ultrasound measurement system relates to is usually more, the mutual complicated between the modules for example, often will carry out the communication of two-way communication, one-to-many etc.Existing method by the call function interface very easily causes logical miss alternately, so that whole system is difficult to expansion and safeguards.
Summary of the invention
The embodiment of the invention provides module exchange method and the ultrasound measurement system of ultrasound measurement system, to simplify the intermodule interaction complexity of ultrasound measurement system.
For solving the problems of the technologies described above, the embodiment of the invention provides following technical scheme:
A kind of module exchange method of ultrasound measurement system comprises the first module and at least one second module in the described ultrasound measurement system, described method comprises:
The first module creation the first type of message;
Described the first module generates the first message management assembly corresponding to described the first type of message, and distributes the first labelled component for described the first message management assembly;
Described the first module generates the first message that meets described the first type of message;
Described the first module is called described the first message management assembly and is sent described the first message based on described the first labelled component;
If the second module is registered at described the first message management assembly, then described the second module receives described the first message by described the first message management assembly.
A kind of ultrasound measurement system comprises the first module and at least one second module in the described ultrasound measurement system,
Described the first module is used for creating the first type of message; Generate the first message management assembly corresponding to described the first type of message, and distribute the first labelled component for described the first message management assembly; Generation meets the first message of described the first type of message; Based on described the first labelled component, call described the first message management assembly and send described the first message;
Described the second module is used for receiving described the first message by described the first message management assembly after described the first message management assembly has carried out registration.
Therefore the embodiment of the invention has realized decoupling zero between message transmission module and the message sink module by introducing the message management assembly.Although may have a plurality ofly to the interested module of certain message, message transmission module need not to know has to receive this message for which module.And each can receive the message that meets this specified type by message management assembly corresponding to this type of message to the interested module of specified type message, so just is conducive to simplify the intermodule interaction complexity of ultrasound measurement system.
Description of drawings
In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art, the below will do to introduce simply to the accompanying drawing of required use in embodiment or the description of the Prior Art, apparently, accompanying drawing in the following describes only is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1-a is one to one one-way communication mode schematic diagram of a kind of intermodule;
Fig. 1-b is a kind of intermodule one-to-many one-way communication mode schematic diagram;
Fig. 1-c is a kind of intermodule one-to-many two-way communication mode schematic diagram;
Fig. 2 is the schematic flow sheet of the module exchange method of a kind of ultrasound measurement system of providing of the embodiment of the invention;
Fig. 3-a is that the embodiment of the invention provides a kind of one-to-many one-way communication mode schematic diagram of introducing behind the message management assembly;
Fig. 3-b is that the embodiment of the invention provides a kind of multi-to-multi one-way communication mode schematic diagram of introducing behind the message management assembly;
The mutual schematic diagram of module of Fig. 3-a kind of ultrasound measurement system that the c embodiment of the invention provides;
The schematic diagram of a kind of ultrasound measurement system that Fig. 4 embodiment of the invention provides.
Embodiment
The embodiment of the invention provides module exchange method and the ultrasound measurement system of ultrasound measurement system.
Below in conjunction with the accompanying drawing in the embodiment of the invention, the technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making the every other embodiment that obtains under the creative work prerequisite.
Common functional module in the paper ultrasound measurement system generally comprises: graphic plotting module, primitive generating module, pel composite module, computing module, Conversion of measurement unit module, as a result display module, data management module, menu generation module, menu operational module etc.It is numerous that the prior art scheme is difficult to solve in the ultrasound measurement system module, the mutual complicated problem of intermodule.The intermodule of prior art is mutual general to be realized by direct calling interface function, and this is a kind of typically one-way communication mode one to one.Directly the major defect of calling interface function is: 1) participate in mutual both sides' direct correlation together, message sending end is known the message sink end.2) if the message sink end after the message that receives the message sending end transmission, also needs will cause circulation to rely on to its feedback new information.
May there be following several interactive mode in intermodule:
For example shown in Fig. 1-a, intermodule is the one-way communication mode one to one, and message transmission module sends instruction or data to some message sink modules.
For example shown in Fig. 1-b, intermodule one-to-many one-way communication mode, message transmission module sends instructions or data to a plurality of message sink modules.
For example shown in Fig. 1-c, intermodule two-way communication mode, intermodule sends instructions or data mutually.
Below by specific embodiment, introduce the present invention program and how to simplify interaction complexity between the ultrasound measurement system module.
An embodiment of the module exchange method of ultrasound measurement system of the present invention wherein, comprises the first module and at least one second module in this ultrasound measurement system, method can comprise: the first module creation the first type of message; The first module generates the first message management assembly corresponding to the first type of message, and is that the first message management assembly distributes the first labelled component; The first module generates the first message that meets the first type of message; The first module is called the first message management assembly and is sent the first message based on the first labelled component; If the second module is registered at the first message management assembly, then the second module receives the first message by the first message management assembly.
Can comprise referring to Fig. 2, concrete steps:
201, the first module creation the first type of message;
Wherein, if the follow-up message that needs certain type of transmission of the first module, then it can create first corresponding type of message (for ease of citation, being referred to as the first type of message).
202, the first module generates the first message management assembly corresponding to the first type of message, and is that the first message management assembly distributes the first labelled component;
Wherein, the first message management assembly can be used for managing the message that meets the first type of message that the first module sends.The first labelled component is for the unique indications of compiler of distinguishing this message management assembly, utilizes the first labelled component can find this first message management assembly.
In one embodiment, the first message management assembly can be a routine message management assembly of list (i.e. first single routine message management assembly), further, the first message management assembly can be a general type list example message management assembly (the first general type list example message management assembly).Wherein, if the first message management assembly that the first module generates is the routine object of list of a general type, because single example can strengthen ease for use, general type can strengthen user customizable, therefore, general type list example message management assembly can strengthen the dirigibility of its application, better adapts to the needs of different application scene.
The first module can generate the first message management assembly corresponding to the first type of message, and be that the first message management assembly distributes the first labelled component after create the first type of message automatically, with the robotization that realizes that the message management assembly is set up.
In one embodiment, generating the interface statement of message management assembly corresponding to certain type of message for example can be as follows:
Wherein, tagName is the label of message management assembly, and signalType is type of message.
The interface that provides has: connection message, the connection that triggers message, disconnection appointment, disconnection all-links.
The message management assembly has been inherited single routine template class, and such is implemented as and can automatically generates template.
203, the first module generates the first message that meets the first type of message;
For example event occurs need to notify other modules the time when the first module, can generate the first message that meets the first type of message, in order to notify relevant information by the first message.
204, the first module is called the first message management assembly and is sent the first message based on the first labelled component;
If 205 second modules are registered at the first message management assembly, then the second module receives the first message by the first message management assembly.
In one embodiment, after the first message management assembly generated, the second module can find the first message management assembly (label of the first message management assembly for example is that the overall situation is unique) according to the first type of message; And the function interface that reception can be met the message of the first type of message is registered to the first message management assembly.If for example the second module is after the first message management assembly has carried out registration, then the first message management assembly receives the first message that meets the first type of message from the first module, the first message management assembly is transmitted to this first message the second module of having registered the respective function interface, and the second module just can receive this first message by the first message management assembly.
Can find out, realize decoupling zero between message transmission module and the message sink module by introducing the message management assembly.Although may have a plurality ofly to the interested module of the first message, the first module need not to know has to receive the first message for which module.And each can receive the message that meets this specified type by message management assembly corresponding to this type of message to the interested module of specified type message.
Similarly, the second module also can create the second type of message; Generating the second message management assembly corresponding to the second type of message, is that the second message management assembly distributes the second labelled component; Generation meets the second message of the second type of message; The second module is called the second message management assembly and is sent the second message based on the second labelled component; If the first module (and/or other module) is registered at the second message management assembly, then the first module (and/or other module) receives described the second message by the second message management assembly.
Be appreciated that the message data management function is transparent to the user.The management of message data can be used associated container.In associated container, preserve the information of message sink end take name as key word, carry out when disconnecting action and in associated container, find link information according to key word, then carry out opening operation.Wherein, need to use single routine template when the message management assembly generates, its interface statement for example can be:
No matter be appreciated that the message management assembly that generates by above-mentioned template has overall addressable function, be message sink end or message sending end, and the interface that only provides by single routine template just can the message call Management Unit.
Referring to Fig. 3-a, Fig. 3-a has described the one-to-many one-way communication sight behind the introducing message management assembly.
Referring to Fig. 3-b, Fig. 3-b has described three intermodule one-to-many two-way communication sights behind the introducing message management assembly.Wherein, modules A sends message and is in charge of by message management assembly 1, and the module of accepting this message only needs with message management assembly 1 mutual.The message that module B and module C send is responsible for by message management assembly 2 and message management assembly 3 respectively.Otherwise modules A does not need and module B and module C direct interaction during as the receipt message module.
Referring to Fig. 3-c, Fig. 3-c is the mutual schematic diagram of a kind of intermodule of ultrasound measurement system, wherein, the rectangle representation module, oval expression message management assembly has only been listed the indirect interaction relation, the relation that namely communicates by the message management assembly among the figure.And comparatively simple one to one one-way communication can use Interface realization under the prerequisite of not destroying modularity.
One-to-many comprises alternately among Fig. 3-c: menu refreshes, arranges resolution, pattern setting, and this class interactive mode shows as transmission and the execution of order.Can solve the problem of a command triggers gang action based on the interactive mode of message management assembly, menu and button operation majority belong to this situation.The setup menu item is chosen and indicated is the two-way communication mode, each menu item sends message can for other menu item, interactive mode based on the message management assembly can solve the circulation Dependence Problem, each menu item does not need to know other menu items, only need to transmit the information to the message management assembly to correspondence.
Measurement triggering, measurement menu auto-folder, to upgrade figure, upgrade measurement result be man-to-man interactive mode, in ultrasound measurement system, do not use direct calling interface function but by the indirect call of message management assembly.One to one one-way communication use the message management assembly rather than directly calling interface be for solving following problem: 1) message sending end is in levels different in the layer architecture with the message sink end, transmitting terminal at bottom and the recipient on the upper strata.The general rule that module is called is that upper layer module is called the bottom module, otherwise just relatively more difficult.Transmission such as measurement message is from the menu item module to the primitive control module, inherits the interface that the bottom of system is difficult to call other module but the menu item module is in the menu module.2) needs of module separation.Primitive control, graphic plotting forms, fundamental measurement, multiple measurement all are to belong to the measurement pattern module, and the logical relation of this module is more stable.The result shows that forms belong to the measurement result module, and this part belongs to contact bed and often changes.Realize each module indirect communication by the message management assembly, separate with more stable domain object layer changing steady frequently contact bed.
Used a large amount of message management assemblies among Fig. 3-c, each message management assembly is to there being a unique labelled component.Message management assembly by the labelled component definition for example can be:
// renewal figure
typedef?pattern::Signal＜struct?UpdataSelectedGraphColor，
void()＞SigUpdateGraphRect；
// renewal result
typedef?pattern::Signal＜struct?UpdateRectSignalTag，
void()＞SigUpdateResultRect；
// update image the degree of depth
typedef?pattern::Signal＜struct?UpdateImageDepth，
void(double)＞SigUpdateImageDepth；
// the measurement cursor is set
typedef?pattern::Signal＜struct?SetMeaCursor，
void(const?std::string&)＞SigSetMeaCursor；
// demonstration is forms as a result
typedef?pattern::Signal＜struct?ResultWindowShow，
void(bool)＞SigResultWindowShow；
The a certain measurement item of // activation
typedef?pattern::Signal＜struct?MenuMessage，
void(const?mea::MenuMessage&)＞SigMenuMessage；
// renewal menu forms
typedef?pattern::Signal＜struct?MenuShowAll，
void()＞SigMenuShowAll；
// measurement menu is folding
typedef?pattern::Signal＜struct?MenuAutoCloseFolder，
void()＞SigMenuAutoCloseFolder；
// multiple measurement subitem is chosen
typedef?pattern::Signal＜struct?MenuIndexSelected，
void(int)＞SigMenuIndexSelected；
The setting of // imaging pattern
typedef?pattern::Signal＜struct?MenuModeSetting，
void(const?char*)＞SigMenuModeSetting；
// menu item is chosen
typedef?pattern::Signal＜struct?MenuButtonColorInit，
void()＞SigMenuButtonColorInit；
…………………………………
In actual applications, the type of message management assembly all can define in header file TypeTag.h, as long as the interested module of message is comprised this document, then connects corresponding type of message and gets final product.The definition of the definition of message management labelled component and message management component type all is to carry out at compiling duration in the file, can not take runtime internal memory and cpu resource.
Therefore the present embodiment has been realized decoupling zero between message transmission module and the message sink module by introducing the message management assembly.Although may have a plurality ofly to the interested module of certain message, message transmission module need not to know has to receive this message for which module.And each can receive the message that meets this specified type by message management assembly corresponding to this type of message to the interested module of specified type message, so just is conducive to simplify the intermodule interaction complexity of ultrasound measurement system.
And employed message management assembly can adaptive generation during the numerous intermodules of ultrasound measurement system mutual, does not need the user to write additional code.
In addition, introduce the message management assembly and be conducive to the adaption demand variation, for example menu and key-press module, measurement pattern module, measurement result module all are that the user often uses, and need to often change.Country variant and area even with hospital all may form the own operating habit of a cover, realize alternately by the message management assembly of loose coupling, easily retouching operation flow process and need not to change the logic module of bottom.Menu item was not wanted autoshutdown when for example the customer requirements multiple measurement finished, then as long as menu forms and file autoshutdown message management assembly disconnect.
Also provide a kind of ultrasound measurement system referring to Fig. 4, the embodiment of the invention, comprise first module 410 and at least one second module 420 in the ultrasound measurement system,
The first module 410 is used for creating the first type of message; Generate the first message management assembly corresponding to the first type of message, and be that the first message management assembly distributes the first labelled component; Generation meets the first message of the first type of message; Based on the first labelled component, call the first message management assembly and send the first message;
The second module 420 is used for receiving the first message by the first message management assembly after the first message management assembly has carried out registration.
Under a kind of application scenarios, the first module 410 can specifically be used for, and creates the first type of message; Generate first single routine message management assembly corresponding to the first type of message, and be that the first message management assembly distributes the first labelled component; Generation meets the first message of the first type of message; Based on the first labelled component, call the first message management assembly and send the first message.
Under a kind of application scenarios, the first module 410 can specifically be used for, and creates the first type of message; Generate the first general type list example message management assembly corresponding to the first type of message, and be that the first message management assembly distributes the first labelled component; Generation meets the first message of the first type of message; Based on the first labelled component, call the first message management assembly and send the first message.
Generate the first general type list example message management assembly corresponding to the first type of message.
Under a kind of application scenarios, the second module 420 can specifically be used for, find the first message management assembly according to the first type of message, the function interface that reception is met the message of the first type of message is registered to the first message management assembly, receives the first message by the first message management assembly.
Under a kind of application scenarios, the second module 420 can also can be used for, and creates the second type of message; Generate the second message management assembly corresponding to the second type of message, and be that the second message management assembly distributes the second labelled component; Generation meets the second message of the second type of message; Based on the second labelled component, call the second message management assembly and send the second message;
The first module 410 also is used for, and behind the second message management component register, receives the second message by the second message management assembly.
The function of each functional module that is appreciated that the ultrasound measurement system of the present embodiment can be according to the method specific implementation among the said method embodiment, and its specific implementation process can with reference to the associated description in above-described embodiment, repeat no more herein.
Need to prove, for aforesaid each embodiment of the method, for simple description, therefore it all is expressed as a series of combination of actions, but those skilled in the art should know, the present invention is not subjected to the restriction of described sequence of movement, because according to the present invention, some step can adopt other orders or carry out simultaneously.Secondly, those skilled in the art also should know, the embodiment described in the instructions all belongs to preferred embodiment, and related action and module might not be that the present invention is necessary.
In the above-described embodiments, the description of each embodiment is all emphasized particularly on different fields, do not have the part that describes in detail among certain embodiment, can be referring to the associated description of other embodiment.
To sum up, the embodiment of the invention has realized decoupling zero between message transmission module and the message sink module by introducing the message management assembly.Although may have a plurality ofly to the interested module of certain message, message transmission module need not to know has to receive this message for which module.And each can receive the message that meets this specified type by message management assembly corresponding to this type of message to the interested module of specified type message, so just is conducive to simplify the intermodule interaction complexity of ultrasound measurement system.
And employed message management assembly can adaptive generation during the numerous intermodules of ultrasound measurement system mutual, does not need the user to write additional code.
In addition, introduce the message management assembly and be conducive to the adaption demand variation, for example menu and key-press module, measurement pattern module, measurement result module all are that the user often uses, and need to often change.Country variant and area even with hospital all may form the own operating habit of a cover, realize alternately by the message management assembly of loose coupling, easily retouching operation flow process and need not to change the logic module of bottom.Menu item was not wanted autoshutdown when for example the customer requirements multiple measurement finished, then as long as menu forms and file autoshutdown message management assembly disconnect.
One of ordinary skill in the art will appreciate that all or part of step in the whole bag of tricks of above-described embodiment is to come the relevant hardware of instruction finish by program, this program can be stored in the computer-readable recording medium, and storage medium for example can comprise: ROM (read-only memory), random access memory, disk or CD etc.
Module exchange method and the ultrasound measurement system of the above ultrasound measurement system that the embodiment of the invention is provided are described in detail, used specific case herein principle of the present invention and embodiment are set forth, the explanation of above embodiment just is used for helping to understand method of the present invention and core concept thereof; Simultaneously, for one of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, to sum up, this description should not be construed as limitation of the present invention.
Claims (8)
1. the module exchange method of a ultrasound measurement system is characterized in that, comprises the first module and at least one second module in the described ultrasound measurement system, and described method comprises:
The first module creation the first type of message;
Described the first module generates the first message management assembly corresponding to described the first type of message, and distributes the first labelled component for described the first message management assembly;
Described the first module generates the first message that meets described the first type of message;
Described the first module is called described the first message management assembly and is sent described the first message based on described the first labelled component;
If the second module is registered at described the first message management assembly, then described the second module receives described the first message by described the first message management assembly;
Wherein, the second module is registered at described the first message management assembly, comprising: the second module finds the first message management assembly according to the first type of message; The second module is registered to the first message management assembly with the function interface that reception meets the message of described the first type of message.
2. method according to claim 1 is characterized in that, the first message management assembly that described the first type of message of described generation is corresponding comprises:
Generate first single routine message management assembly corresponding to described the first type of message.
3. method according to claim 2 is characterized in that, first single routine message management assembly that described the first type of message of described generation is corresponding comprises:
Generate the first general type list example message management assembly corresponding to described the first type of message.
4. according to claim 1 to 3 each described methods, it is characterized in that, also comprise:
Described the second module creation the second type of message;
Described the second module generates the second message management assembly corresponding to described the second type of message, and distributes the second labelled component for described the second message management assembly;
Described the second module generates the second message that meets described the second type of message;
Described the second module is called described the second message management assembly and is sent described the second message based on described the second labelled component;
If described the first module is registered at described the second message management assembly, then described the first module receives described the second message by described the second message management assembly.
5. a ultrasound measurement system is characterized in that, comprises the first module and at least one second module in the described ultrasound measurement system,
Described the first module is used for creating the first type of message; Generate the first message management assembly corresponding to described the first type of message, and distribute the first labelled component for described the first message management assembly; Generation meets the first message of described the first type of message; Based on described the first labelled component, call described the first message management assembly and send described the first message;
Described the second module is used for receiving described the first message by described the first message management assembly after described the first message management assembly has carried out registration;
Wherein, described the second module specifically is used for, find the first message management assembly according to the first type of message, the function interface that reception is met the message of described the first type of message is registered to the first message management assembly, receives described the first message by described the first message management assembly.
6. ultrasound measurement system according to claim 5 is characterized in that,
Described the first module, concrete establishment the first type of message that is used for; Generate first single routine message management assembly corresponding to described the first type of message, and distribute the first labelled component for described the first message management assembly; Generation meets the first message of described the first type of message; Based on described the first labelled component, call described the first message management assembly and send described the first message.
7. ultrasound measurement system according to claim 6 is characterized in that, described the first module, concrete establishment the first type of message that is used for; Generate the first general type list example message management assembly corresponding to described the first type of message, and distribute the first labelled component for described the first message management assembly; Generation meets the first message of described the first type of message; Based on described the first labelled component, call described the first message management assembly and send described the first message.
8. according to claim 5 to 7 each described ultrasound measurement systems, it is characterized in that,
Described the second module also is used for, and creates the second type of message; Generate the second message management assembly corresponding to described the second type of message, and distribute the second labelled component for described the second message management assembly; Generation meets the second message of described the second type of message; Based on described the second labelled component, call described the second message management assembly and send described the second message;
Described the first module also is used for, and behind described the second message management component register, receives described the second message by described the second message management assembly.
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| CN101800695A (en) * | 2009-12-30 | 2010-08-11 | 四川长虹电器股份有限公司 | Method for realizing synchronous communication and asynchronous communication by software |
| CN101847107A (en) * | 2010-03-30 | 2010-09-29 | 南京恩瑞特实业有限公司 | External data receiving method based on message queue |
| CN102004891A (en) * | 2009-09-03 | 2011-04-06 | 上海宝信软件股份有限公司 | Interprocess data communication method and device for RFID (Radio Frequency Identification Device) middleware |
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| CN102004891A (en) * | 2009-09-03 | 2011-04-06 | 上海宝信软件股份有限公司 | Interprocess data communication method and device for RFID (Radio Frequency Identification Device) middleware |
| CN101800695A (en) * | 2009-12-30 | 2010-08-11 | 四川长虹电器股份有限公司 | Method for realizing synchronous communication and asynchronous communication by software |
| CN101847107A (en) * | 2010-03-30 | 2010-09-29 | 南京恩瑞特实业有限公司 | External data receiving method based on message queue |
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